mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a network node serving a first cell in a wireless network, for reducing interference in a second cell caused by transmission of reference signals in the first cell, the method comprising: - transmitting (504, 7:3) in the first cell a scheduling block where a number of said reference signals are located in predefined resource element positions in the scheduling block, using a time offset relative transmission of a scheduling block in the second cell, wherein the time offset is a fraction of the duration of an OFDM symbol, wherein the time offset is any of 1/2, 1/3 and 2/3 of the duration of an OFDM symbol, wherein the first cell and the second cell transmits on the same frequency. - transmitting (504, 7:3) in the first cell a scheduling block where a number of said reference signals are located in predefined resource element positions in the scheduling block, using a time offset relative transmission of a scheduling block in the second cell, wherein the time offset is a fraction of the duration of an OFDM symbol, wherein the time offset is any of 1/2, 1/3 and 2/3 of the duration of an OFDM symbol, wherein the first cell and the second cell transmits on the same frequency.
A computer implemented method for efficient access to a database via a functional model-based procedure by mapping Java Streams to Java Persistence API, JPA , the JPA not being SQL, the method comprising: - generating by a processor: an initial builder corresponding to an original originating source, zero or more intermediate operations and a terminating operation; - storing in the memory, a sequence of operations; - translating the builder or parts of the builder to at least one operation using an JPA access language upon specifying the terminating operation; the method further comprising optimization steps of: - reordering intermediate operations of same type while preserving Java Stream equivalence; or - squashing adjacent operations of same type that preserve: Order, Type, State, Side Effect, into one single equivalent operation; or - reordering intermediate operations that are of different types while still preserving a Java Stream equivalence. - generating by a processor: an initial builder corresponding to an original originating source, zero or more intermediate operations and a terminating operation; - storing in the memory, a sequence of operations; - translating the builder or parts of the builder to at least one operation using an JPA access language upon specifying the terminating operation; - reordering intermediate operations of same type while preserving Java Stream equivalence; or - squashing adjacent operations of same type that preserve: Order, Type, State, Side Effect, into one single equivalent operation; or - reordering intermediate operations that are of different types while still preserving a Java Stream equivalence.
A polypeptide comprising Short Consensus Repeats (SCRs) 1 to 4 of Factor H (FH), SCR1 and SCR2 of Factor H-related protein 1 (FHR1), and a domain that is capable of binding to cellular surfaces.
A process for the selective recovery of lead and silver, the process comprising the steps of: a) subjecting a hydrometallurgical residue comprising at least lead and silver to an oxidative leaching in the presence of a chloride brine solution and an oxidizing agent, thus selectively solubilizing lead and silver as chloride soluble compounds; b) reacting the pregnant leaching solution obtained in step a) with a carbonate compound which acts as a precipitating agent, thus jointly precipitating lead and silver as carbonate concentrate; and c) purifying the concentrate obtained in step b) by contacting said concentrate with a carbonate compound solution, so as a lead and silver carbonate concentrate having a chloride content between 0.01 and 0.5 wt% on a dry weight basis is obtained. a) subjecting a hydrometallurgical residue comprising at least lead and silver to an oxidative leaching in the presence of a chloride brine solution and an oxidizing agent, thus selectively solubilizing lead and silver as chloride soluble compounds; b) reacting the pregnant leaching solution obtained in step a) with a carbonate compound which acts as a precipitating agent, thus jointly precipitating lead and silver as carbonate concentrate; and c) purifying the concentrate obtained in step b) by contacting said concentrate with a carbonate compound solution,
A multifunctional table , comprising a box-like body associated with a first frame with which a first collapsible half-top is rotatably associated, a second frame being slidingly associated with said first frame and being provided with a bedspring or with a plurality of slats , with which a second collapsible half-top is rotatably associated, characterised in that it comprises a pair of first and second legs being pivoted in a lower region to said first frame , being crossed in an X-like arrangement and cooperating with means adapted to lift said first frame , two first and second pairs of feet that are collapsible downward being rotatably associated with said first and second frames , a mattress collapsible in an accordion-like fashion being arrangeable on said plurality of slats or on said bedspring.
A method for operating a wireless device , comprising: establishing a cellular link with a cellular base station , wherein the cellular base station provides a cell that is deployed on an unlicensed frequency channel; monitoring the unlicensed frequency channel for a wake up signal, wherein the wake up signal comprises a preamble configured for coherent detection, wherein the wake up signal further comprises information indicating channel occupancy time for a cellular communication by the cellular base station and a cell identifier for the cellular base station; and determining whether to monitor the unlicensed frequency channel for control channel signaling for at least a first slot or mini-slot of the cell that is deployed on the unlicensed frequency band based at least in part on whether a wake up signal is detected, characterized in that wherein the wake up signal is provided in a plurality of narrowband transmissions at different frequency locations within the unlicensed frequency channel. establishing a cellular link with a cellular base station , wherein the cellular base station provides a cell that is deployed on an unlicensed frequency channel; monitoring the unlicensed frequency channel for a wake up signal, wherein the wake up signal comprises a preamble configured for coherent detection, wherein the wake up signal further comprises information indicating channel occupancy time for a cellular communication by the cellular base station and a cell identifier for the cellular base station; and determining whether to monitor the unlicensed frequency channel for control channel signaling for at least a first slot or mini-slot of the cell that is deployed on the unlicensed frequency band based at least in part on whether a wake up signal is detected,
A method implemented by a node of a network domain having a plurality of nodes, where the node functions as an ingress node of the network domain for a data flow, the method to enable data flow analysis across the network domain, the method comprising the steps of: receiving plural data packets belonging to a data flow at an ingress node of the network domain; determining a data packet to be marked for the data flow analysis from among the plural data packets; determining that an egress node of the network domain for the data flow supports data packet marking; marking , in response to determining that the egress node supports data packet marking, the data packet that is determined to be marked for data flow analysis with a marking label indicating to supporting nodes in the network domain that the marked data packet is to be processed for data flow analysis; and forwarding the plural data packets toward the egress node of the network domain. receiving plural data packets belonging to a data flow at an ingress node of the network domain; determining a data packet to be marked for the data flow analysis from among the plural data packets; determining that an egress node of the network domain for the data flow supports data packet marking; marking , in response to determining that the egress node supports data packet marking, the data packet that is determined to be marked for data flow analysis with a marking label indicating to supporting nodes in the network domain that the marked data packet is to be processed for data flow analysis; and forwarding the plural data packets toward the egress node of the network domain.
A method of assessment of oscillatory function of the skin microcirculation, the method comprising: - illumination of a selected location on non-hairy skin of a human subject in a resting steady condition without any blockage or stimulation of the blood flow with exciting light capable of inducing skin NADH fluorescence signal for a period of time; - simultaneously with said illumination detecting, measuring and recording as a function of time the induced NADH fluorescence signal emitted from the said selected location to obtain the time course of the NADH fluorescence signal intensity in the said period of time; and - computer implemented steps of: - fitting of a baseline about which the NADH fluorescence signal oscillates to the said time course of the NADH fluorescence signal; and - determination of a mean squared error of the deviation of the NADH fluorescence signal from the fitted baseline as a parameter of oscillatory function of the skin microcirculation. - illumination of a selected location on non-hairy skin of a human subject in a resting steady condition without any blockage or stimulation of the blood flow with exciting light capable of inducing skin NADH fluorescence signal for a period of time; - simultaneously with said illumination detecting, measuring and recording as a function of time the induced NADH fluorescence signal emitted from the said selected location to obtain the time course of the NADH fluorescence signal intensity in the said period of time; and - computer implemented steps of: - fitting of a baseline about which the NADH fluorescence signal oscillates to the said time course of the NADH fluorescence signal; and - determination of a mean squared error of the deviation of the NADH fluorescence signal from the fitted baseline as a parameter of oscillatory function of the skin microcirculation. - fitting of a baseline about which the NADH fluorescence signal oscillates to the said time course of the NADH fluorescence signal; and - determination of a mean squared error of the deviation of the NADH fluorescence signal from the fitted baseline as a parameter of oscillatory function of the skin microcirculation.
A spray device comprising: a body defining a reservoir for holding content; a first chamber in selective communication with the reservoir; a piston slidably positioned in the first chamber; a first valve configured to control flow of the content from the reservoir into the first chamber; a second chamber ; a spray nozzle in selective communication with the first chamber ; a second valve configured to control flow of the quantity of the content in the first chamber out of the first chamber to the spray nozzle; and a spray actuator in communication with the first chamber and operable to selectively spray content from the spray nozzle by opening the second valve to allow the quantity of the content in the first chamber to flow to the spray nozzle; characterised in that the device comprises:a vacuum plunger slidably positioned in the second chamber; a charger operably connected to the piston and the vacuum plunger and operable to displace the piston and the vacuum plunger to create a vacuum in the second chamber that imposes a force on the vacuum plunger and the piston, thereby pressurizing a quantity of the content in the first chamber . a body defining a reservoir for holding content; a first chamber in selective communication with the reservoir; a piston slidably positioned in the first chamber; a first valve configured to control flow of the content from the reservoir into the first chamber; a second chamber ; a spray nozzle in selective communication with the first chamber ; a second valve configured to control flow of the quantity of the content in the first chamber out of the first chamber to the spray nozzle; and a spray actuator in communication with the first chamber and operable to selectively spray content from the spray nozzle by opening the second valve to allow the quantity of the content in the first chamber to flow to the spray nozzle; characterised in that the device comprises:a vacuum plunger slidably positioned in the second chamber; a charger operably connected to the piston and the vacuum plunger and operable to displace the piston and the vacuum plunger to create a vacuum in the second chamber that imposes a force on the vacuum plunger and the piston, thereby pressurizing a quantity of the content in the first chamber .
A method of processing a bitstream (P) comprising a plurality of content substreams , each representing an audio signal, the method including: from the bitstream, extracting one or more presentation data structures , each comprising a reference to a plurality of said content substreams, each presentation data structure further comprising a reference to loudness data and dynamic range compression (DRC) data included in a metadata substream , wherein said loudness data is dedicated to said presentation data structure and indicates what the loudness of the combination of the referenced plurality of content substreams will be when decoded, and wherein the DRC data includes at least one set of one or more DRC gains; receiving data indicating a selected presentation data structure out of said one or more presentation data structures , and a desired loudness level; decoding the plurality of content substreams referenced by the selected presentation data structure ; and forming an output audio signal on the basis of the decoded content substreams , the method further including processing the decoded plurality of content substreams or the output audio signal on the basis of the loudness data referenced by the selected presentation data structure and the at least one set of one or more DRC gains to attain the desired loudness level. from the bitstream, extracting one or more presentation data structures , each comprising a reference to a plurality of said content substreams, each presentation data structure further comprising a reference to loudness data and dynamic range compression (DRC) data included in a metadata substream , wherein said loudness data is dedicated to said presentation data structure and indicates what the loudness of the combination of the referenced plurality of content substreams will be when decoded, and wherein the DRC data includes at least one set of one or more DRC gains; receiving data indicating a selected presentation data structure out of said one or more presentation data structures , and a desired loudness level; decoding the plurality of content substreams referenced by the selected presentation data structure ; and forming an output audio signal on the basis of the decoded content substreams , the method further including processing the decoded plurality of content substreams or the output audio signal on the basis of the loudness data referenced by the selected presentation data structure and the at least one set of one or more DRC gains to attain the desired loudness level.
A method of providing a nomadic service, the method comprising steps of i. sending, by a user, a nomadic service request to an Authentication, Authorization and Accounting, AAA, server to determine whether the nomadic service request is allowed; ii. by sending the nomadic service request to the AAA server, causing a Software Defined Network, SDN, controller, if the nomadic service request is allowed, to instantiate a service module for the nomadic service in a corresponding virtual Residential Gateway, vRG, platform or select a corresponding service module in a vRG (vRG-1) of the user, based upon the nomadic service and based upon a path establishment request received by the SDN controller (S27); and iii. causing the SDN controller to determine and configure a network delivery path between the user and the service module based upon the path establishment request and a position of the service module (S28). i. sending, by a user, a nomadic service request to an Authentication, Authorization and Accounting, AAA, server to determine whether the nomadic service request is allowed; ii. by sending the nomadic service request to the AAA server, causing a Software Defined Network, SDN, controller, if the nomadic service request is allowed, to instantiate a service module for the nomadic service in a corresponding virtual Residential Gateway, vRG, platform or select a corresponding service module in a vRG (vRG-1) of the user, based upon the nomadic service and based upon a path establishment request received by the SDN controller (S27); and iii. causing the SDN controller to determine and configure a network delivery path between the user and the service module based upon the path establishment request and a position of the service module (S28).
A tissue gripping device comprising: a flexible member formed from a shape-memory material, the flexible member comprising a base section and an arm , the arm having a first end connected to the base section , a free end extending away from the base section , and an attachment surface disposed between the first end and the free end ; and at least one tissue gripping member formed from a second material, the second material being more rigid than the shape-memory material, the tissue gripping member comprising a mating surface coupled to the attachment surface of the arm to join the tissue gripping member to the flexible member , and a tissue gripping surface disposed opposite the mating surface , the tissue gripping surface including a frictional element configured to resist movement of tissue away from the tissue gripping surface after the tissue has contacted the tissue gripping surface , characterized in that the frictional element is formed as a plurality of raised barbs disposed along a side edge of the tissue gripping member , and wherein the tissue gripping member includes a plurality of slotted recesses disposed along the side edge at sections adjacent to the raised barbs , at least one suture line encircling at least a portion of the tissue gripping member and at least a portion of the arm , the suture line being configured to fasten the tissue gripping member to the arm , the suture line passing through and lodging within one or more of the slotted recesses as it encircles the tissue gripping member and the arm . a flexible member formed from a shape-memory material, the flexible member comprising a base section and an arm , the arm having a first end connected to the base section , a free end extending away from the base section , and an attachment surface disposed between the first end and the free end ; and at least one tissue gripping member formed from a second material, the second material being more rigid than the shape-memory material, the tissue gripping member comprising a mating surface coupled to the attachment surface of the arm to join the tissue gripping member to the flexible member , and a tissue gripping surface disposed opposite the mating surface , the tissue gripping surface including a frictional element configured to resist movement of tissue away from the tissue gripping surface after the tissue has contacted the tissue gripping surface , characterized in that the frictional element is formed as a plurality of raised barbs disposed along a side edge of the tissue gripping member , and wherein the tissue gripping member includes a plurality of slotted recesses disposed along the side edge at sections adjacent to the raised barbs , at least one suture line encircling at least a portion of the tissue gripping member and at least a portion of the arm , the suture line being configured to fasten the tissue gripping member to the arm , the suture line passing through and lodging within one or more of the slotted recesses as it encircles the tissue gripping member and the arm .
A dielectric wave guide cable for transmission of an electromagnetic wave with a frequency in a range of 110 to 140 GHz, comprising a cladding and a tubular core made from a first material having a first permittivity, encompassed by the cladding having, compared to the tubular core , a second permittivity which is lower than the first permittivity and the tubular core comprises on the inside an inner layer having a third permittivity which is higher than the first permittivity, wherein the inner layer is in the form of a coating and/or a coextruded layer.
A method for producing polycaprolactam rods having a tensile strength greater than 450 MPa, a tensile yield-stress greater than 400 MPa and a bending module greater than 2700 MPa, by a single hydrostatic extrusion of a billet containing polycaprolactam, wherein the billet made of unfilled polycaprolactam is subjected to the hydrostatic extrusion in a pressing device having a working chamber closed on one side with a plug against which an extrusion die rests and on the other side with a piston , wherein the billet is covered with an oil based lubricant before putting the billet into the working chamber and the hydrostatic extrusion of the billet is carried out at room temperature with a constant linear speed in the range from 3 to 120 mm/s, wherein the degree of reduction (R) of the cross-sectional area of the billet following the hydrostatic extrusion is from 3.5 to 5.5 and the rod produced is continuously cooled with cold water.
A bandpass filter comprising three or more resonators arranged between two input/output terminals (P1, P2) in a laminate substrate comprising a plurality of dielectric layers; wherein each resonator is constituted by a resonance line (L1-L3; L1 L4) and a resonance capacitance (C1-C3; C11-C14) connected to one end of said resonance line, wherein the end of the resonance line opposite to the end connected to the resonance capacitance and the end of the resonance capacitance opposite to the end connected to the resonance line are grounded; wherein said resonance lines (3-5; 35-38) on the one hand and capacitance electrodes (8, 12, 13; 43-46) forming said resonance capacitances on the other hand are arranged on dielectric layers on different sides of a planar ground electrode (6; 49) covering the entire structural portion of the bandpass filter when viewed in a lamination direction; and wherein in each of the two resonators connected to said input/output terminals, the capacitance electrode (8, 12, 13; 43-46) comprises a rectangular portion opposing a ground electrode to form capacitance and a narrow portion and the resonance line (L1, L3; L1, L4) is connected to the narrow portion of one of the capacitance electrodes (12, 13; 43, 46) of the respective resonance capacitance (C1, C3; C11, C14) via a via conductor path and the corresponding input/output terminal is connected to the via-conductor path via a connecting line (15, 16; 40, 41) at a junction (J1, J2) that is located on the dielectric layer on which the one of the capacitance electrodes is formed, or on a dielectric layer between the dielectric layers of the resonance lines and the dielectric layer on which the one of the capacitance electrodes is formed, so that the junction is positioned closer to said resonance capacitance than to said resonance line in the lamination direction.