mhurhangee/ep-ind-claims huggingface dataset:
A headrest comprising: a trim cover element formed in a three-dimensional bag-like configuration, said trim cover element having: a front surface on which a passenger's head is to be contacted, said front surface facing a forward side of the headrest; and a rear surface facing a rearward side of the headrest; a fiber assembly provided within said trim cover element, and positioned forwardly of said trim cover element therein, such that a front surface of said fiber assembly contacts a reverse surface of said front surface of the trim cover element; and a foam padding provided within the trim cover element, said foam padding being positioned on a rear surface side of said fiber assembly and being created by a foaming process wherein a liquid foaming agent, a base material for forming foam padding, is injected via a nozzle into the inside of the trim cover element and cured into an increased mass of the foam padding which is integral with both fiber assembly and trim cover element, wherein within the trim cover element a bonded layer is formed in and between the fiber assembly and the foam padding such that during the foaming process, an outwardly facing side of a rear surface region of the fiber assembly is impregnated with the liquid foaming agent and becomes hardened with curing of the liquid foaming agent, which defines the bounded layer, wherein said fiber assembly includes a flattened sewing region defined peripherally thereof, and said sewing region is integrally sewn with said trim cover element.
A microwave antenna assembly, comprising a microwave antenna, a coaxial feedline and a radiation detector (50, 55), disposed along the coaxial feedline and configured to be positioned inside the abdominal wall; the radiation detector (50; 55) comprising: a receiving antenna adapted to receive microwave energy, wherein the receiving antenna is formed from two pieces of metal (52a, 52b) externally attached to the microwave antenna; at least one rectifier (54, 56) coupled between the pieces of metal (52a, 52b) adapted to rectify at least a portion of the microwave energy; and a filter coupled to the at least one rectifier (54, 56) and adapted to convert the rectified microwave energy into a detection signal, wherein each of the two pieces of metal (52a, 52b) has a geometry of a ring wrapped around the coaxial feedline and is configured to be inserted into an abdomen or a body cavity, each ring having a width between 2,54 mm (0,10 inches) and 63,5 mm (2,5 inches) and a thickness between 0,0254 mm (0,001 inches) and 0,254 mm (0,010 inches). a receiving antenna adapted to receive microwave energy, wherein the receiving antenna is formed from two pieces of metal (52a, 52b) externally attached to the microwave antenna; at least one rectifier (54, 56) coupled between the pieces of metal (52a, 52b) adapted to rectify at least a portion of the microwave energy; and a filter coupled to the at least one rectifier (54, 56) and adapted to convert the rectified microwave energy into a detection signal, wherein each of the two pieces of metal (52a, 52b) has a geometry of a ring wrapped around the coaxial feedline and is configured to be inserted into an abdomen or a body cavity, each ring having a width between 2,54 mm (0,10 inches) and 63,5 mm (2,5 inches) and a thickness between 0,0254 mm (0,001 inches) and 0,254 mm (0,010 inches).
An information processing method performed by a distributed unit, DU, which is connected to a plurality of central units, CUs, in a baseband processing split architecture, comprising: receiving load information of the plurality of CUs, and determining, according to the load information of the plurality of CUs, a first CU having a load greater than a target threshold value and a second CU having a load less than the target threshold value among the plurality of CUs; and sending control signaling to the first CU and the second CU respectively to delete a number of cell(s) of the first CU and add the corresponding number of cell(s) to the second CU, in order to carry out load balancing between adjacent CUs by using cell as granularity. receiving load information of the plurality of CUs, and determining, according to the load information of the plurality of CUs, a first CU having a load greater than a target threshold value and a second CU having a load less than the target threshold value among the plurality of CUs; and sending control signaling to the first CU and the second CU respectively to delete a number of cell(s) of the first CU and add the corresponding number of cell(s) to the second CU, in order to carry out load balancing between adjacent CUs by using cell as granularity.
A method for monitoring services, in a content delivery network, CDN, having a plurality of delivery nodes used to deliver services requested by end-users, each service being identified by a service identity, ID, the method being implemented in a network node and comprising: instructing the plurality of delivery nodes to associate identifiers to service requests, when the service requests arrive at any of the plurality of delivery nodes, the identifiers being logged with their associated service requests in log files; sending a request to a log collector for log information, the request including a service ID corresponding to a service to be monitored; in response to the request, receiving the log information corresponding to the service to be monitored based on the service ID and the associated identifier; and based on the received log information, determining a required bandwidth for delivering the service to be monitored. instructing the plurality of delivery nodes to associate identifiers to service requests, when the service requests arrive at any of the plurality of delivery nodes, the identifiers being logged with their associated service requests in log files; sending a request to a log collector for log information, the request including a service ID corresponding to a service to be monitored; in response to the request, receiving the log information corresponding to the service to be monitored based on the service ID and the associated identifier; and based on the received log information, determining a required bandwidth for delivering the service to be monitored.
A method of forming a wind turbine blade shear web flange section by resin transfer moulding, the method comprising: providing a matched mould assembly comprising first and second mould parts (90, 92), the matched mould assembly further comprising a mould surface defining a mould cavity; arranging a plurality of elongate flange elements with the mould surface in an array such that the flange elements are positioned one on top of another with first and second longitudinal ends (56, 60) of each flange element longitudinally offset from respective first and second longitudinal ends of a neighbouring flange element so as to form a tapered portion (58, 62) at each of a first and second longitudinal end of the flange section; clamping or pressing together the first and second mould parts to close the mould; injecting resin to the closed mould cavity; and thereafter curing the array of flange elements in a resin matrix to form a cured flange section having a laminate construction. providing a matched mould assembly comprising first and second mould parts (90, 92), the matched mould assembly further comprising a mould surface defining a mould cavity; arranging a plurality of elongate flange elements with the mould surface in an array such that the flange elements are positioned one on top of another with first and second longitudinal ends (56, 60) of each flange element longitudinally offset from respective first and second longitudinal ends of a neighbouring flange element so as to form a tapered portion (58, 62) at each of a first and second longitudinal end of the flange section; clamping or pressing together the first and second mould parts to close the mould; injecting resin to the closed mould cavity; and thereafter curing the array of flange elements in a resin matrix to form a cured flange section having a laminate construction.
Method of determining parameters of individual contaminant particles in a given volume of a liquid solution in a container, by means of a flat bed scanner, comprising the steps of - placing the container with the solution therein onto or adjacent the bed of the flat bed scanner, - guiding a laser beam through the container and the solution therein, - digitally scanning the container with the solution therein while exposed to the laser beam to excite and visualize the individual contaminant particles in the solution, - producing an image of the optical effects generated by the individual contaminant particles contained in the solution and scattering of the laser light based on parameters of the individual contaminant particles, including size, morphology and number of individual contaminant particles of a defined size, and - analyzing the particles by processing the image. - placing the container with the solution therein onto or adjacent the bed of the flat bed scanner, - guiding a laser beam through the container and the solution therein, - digitally scanning the container with the solution therein while exposed to the laser beam to excite and visualize the individual contaminant particles in the solution, - producing an image of the optical effects generated by the individual contaminant particles contained in the solution and scattering of the laser light based on parameters of the individual contaminant particles, including size, morphology and number of individual contaminant particles of a defined size, and - analyzing the particles by processing the image.
A user interface for controlling a shower system comprising: at least one control configured to be actuated by a user and generate one or more signals for controlling an operation of the shower system; and at least one indicator light configured to illuminate in different patterns which are matched to different operational stages of the shower system, wherein the at least one indicator light is configured to provide a first light pattern when the shower system is in a first operational stage wherein water in the shower system is being warmed to a predetermined temperature, and a second light pattern that is different from the first light pattern when the shower system is in a second operational stage wherein a temperature of the water has reached the predetermined temperature, wherein the at least one control includes a temperature control to allow a user to set the predetermined temperature, characterized in that the user interface comprises a central core, and the temperature control comprises a ring positioned around and rotatable about the central core, wherein the at least one indicator light is positioned on a face of the central core. at least one control configured to be actuated by a user and generate one or more signals for controlling an operation of the shower system; and at least one indicator light configured to illuminate in different patterns which are matched to different operational stages of the shower system, wherein the at least one indicator light is configured to provide a first light pattern when the shower system is in a first operational stage wherein water in the shower system is being warmed to a predetermined temperature, and a second light pattern that is different from the first light pattern when the shower system is in a second operational stage wherein a temperature of the water has reached the predetermined temperature, wherein the at least one control includes a temperature control to allow a user to set the predetermined temperature, characterized in that the user interface comprises a central core, and the temperature control comprises a ring positioned around and rotatable about the central core, wherein the at least one indicator light is positioned on a face of the central core.
A positive resist composition, comprising a base component which exhibits increased solubility in an alkali developing solution under action of an acid, and an acid generator component which generates an acid upon exposure, wherein the base component comprises a polymeric compound containing a structural unit represented by the general formula (a0-1) shown below: wherein, R 1 represents a hydrogen atom, an alkyl group of 1 to 5 carbon atoms or a halogenated alkyl group of 1 to 5 carbon atoms; A represents a bivalent hydrocarbon group which may contain a substituent group, or a bivalent group which contains a hetero atom; B represents a bivalent hydrocarbon group which may contain a substituent group, and a bivalent group which contains a hetero atom; and R 2 represents an acid dissociable, dissolution inhibiting group, and the acid generator component comprises an onium salt having a following cation moiety represented by the following formula: wherein R 1 " to R 3 ", R 5 " and R 6 " each independently represents an aryl group or an alkyl group; two of R 1 " to R 3 " may mutually be bonded to form a ring together with the sulfur atom; at least one of R 1 " to R 3 " represents an aryl group; and at least one of R 5 " and R 6 " represents an aryl group, and an anion moiety represented by the following formula: or wherein p represents an integer of 1 to 3; q1 and q2 each independently represents an integer of 1 to 5; r1 represents an integer of 0 to 3; g represents an integer of 1 to 20; R 7 represents a substituent group; n1 to n5 each independently represents an integer of 0 or 1; v1 to v5 each independently represents an integer of 0 to 3; w1 to w5 each independently represents an integer of 0 to 3; and Q" represents an alkylene group of 1 to 5 carbon atoms, -O-, -S-, -O-R 94 -, or -S-R 95 -, wherein R 94 and R 95 each independently represents an alkylene group of 1 to 5 carbon atoms.
A method for producing a plasma in a heat carrier for stabilization of combustion and neutralization of toxic products, said method comprising steps characterized by a step (a), where part of heat energy of the heat carrier is converted into a particle beam (CPB&NPB) pulse, said particle beam is accelerated, polarized, focused and deflected back to the area of the heat carrier, a step (b), where in an area of the heat carrier into which said particle beam is directed with said particle beam a highly excited non-equilibrium plasma is generated and heated up for the following initiation of the branching-chain-type plasma-chemical reaction, where in the excited state the plasma retention time is a sum of the single pulse duration of the particle beam and plasma relaxation time up to the beginning of forming of a hot gas to its initial state, where during that time the form of change of the plasma parameters in general follows the pulse shape of the particle beam intensity, and continually repeating steps above by converting part of heat energy of the heat carrier into a particle beam to generate and heat up plasma so that heat energy conversion process into particle beam becomes self-sustaining oscillatory process with the positive feedback. characterized by a step (a), where part of heat energy of the heat carrier is converted into a particle beam (CPB&NPB) pulse, said particle beam is accelerated, polarized, focused and deflected back to the area of the heat carrier, a step (b), where in an area of the heat carrier into which said particle beam is directed with said particle beam a highly excited non-equilibrium plasma is generated and heated up for the following initiation of the branching-chain-type plasma-chemical reaction, where in the excited state the plasma retention time is a sum of the single pulse duration of the particle beam and plasma relaxation time up to the beginning of forming of a hot gas to its initial state, where during that time the form of change of the plasma parameters in general follows the pulse shape of the particle beam intensity, and continually repeating steps above by converting part of heat energy of the heat carrier into a particle beam to generate and heat up plasma so that heat energy conversion process into particle beam becomes self-sustaining oscillatory process with the positive feedback.
A rolling device for awnings, canopies and the like, comprising: a rotatably mounted shaft, a flexible panel element which can be wound around, and unwound from, the shaft, a revolving cable system, a first section of which engages at a free end of the panel element, and a second section of which is coupled to, and can be rolled around and unrolled from, the shaft, a drive for rotating the shaft and/or winding and unwinding the panel element and the cable system, wherein a tensioning system is provided for tensioning the panel element and the tensioning system is or can be slackened in order to wind or unwind the panel element, so that the panel element and the cable system are essentially strain-relieved or tension-free when winding or unwinding, characterised in that the panel element as well as the cable system can be wound and unwound, or rolled and unrolled, around the shaft by rotating it, and in that the panel element is or can be tensioned by rotating the shaft and winding up the panel element when the cable system is locked or a free end of the panel element is locked. a rotatably mounted shaft, a flexible panel element which can be wound around, and unwound from, the shaft, a revolving cable system, a first section of which engages at a free end of the panel element, and a second section of which is coupled to, and can be rolled around and unrolled from, the shaft, a drive for rotating the shaft and/or winding and unwinding the panel element and the cable system,
A method for diagnosing an access node, AN, comprising: a service node, SN, sending a diagnosis query message to the AN, wherein the diagnosis query message is used for diagnosing whether the AN under an abnormal situation, and the diagnosis query message carries a query object, which is one or more of the following: configuration information, service function related information, warning information and facility information; after receiving the diagnosis query message, the AN returning a diagnosis query response message to the SN; and the SN diagnosing whether the AN is abnormal according to the diagnosis query response message from the AN, and displaying a query result on a command line or sending the query result to a network management system. a service node, SN, sending a diagnosis query message to the AN, wherein the diagnosis query message is used for diagnosing whether the AN under an abnormal situation, and the diagnosis query message carries a query object, which is one or more of the following: configuration information, service function related information, warning information and facility information; after receiving the diagnosis query message, the AN returning a diagnosis query response message to the SN; and the SN diagnosing whether the AN is abnormal according to the diagnosis query response message from the AN, and displaying a query result on a command line or sending the query result to a network management system.
A method for controlling a remote user interface of a first device in a home network, the method comprising: receiving, by the first device, from an application server, a remote user interface, RUI, application and control user interfaces, CUIs, for controlling the RUI application; displaying, by the first device, the RUI application and transmitting, by the first device, the CUIs to a second device; characterized in that, if control information is received from the second device (601, 716), determining (602, 718), by the first device, whether a first CUI information included in the control information corresponds to a second CUI information for the displayed RUI application; and transmitting (604, 722), by the first device, to the second device, the second CUI information, if the first CUI information does not correspond to the second CUI information. receiving, by the first device, from an application server, a remote user interface, RUI, application and control user interfaces, CUIs, for controlling the RUI application; displaying, by the first device, the RUI application and transmitting, by the first device, the CUIs to a second device; characterized in that, if control information is received from the second device (601, 716), determining (602, 718), by the first device, whether a first CUI information included in the control information corresponds to a second CUI information for the displayed RUI application; and transmitting (604, 722), by the first device, to the second device, the second CUI information, if the first CUI information does not correspond to the second CUI information.
Method of providing a robust and secure fingerprint comprising, at an enrolment stage, the steps of (a) providing a content x ∈ X N for which a fingerprint is to be provided, (b) assigning an ID number to said content x, (c) providing a secret key k ∈ K, (d) generating a fingerprint b x ∈ B L based on content x and secret key k by use of a mapping of the general form Ψ: X N x K → B L, (e) storing the generated fingerprint b x together with the assigned ID in a database, as well as, at an identification stage, the steps of (f) extracting, for a given query content y which might result either from the enrolled content x or an unrelated content x' E X N, an estimate fingerprint b y based on content y, and secret key k by use of a mapping of the general form g: Y N × K → B L, (g) producing an estimated I number based on said estimate fingerprint b y for identifying the content x using said ID number stored in the database, or else rejecting the query, characterised by the fact that the method, at the stage of generating the fingerprint b x, comprises the step of (h) modulating the content x in the space of secret carriers of a transform domain defined by the key k by use of a mapping of the general form ψ: XN × K → BL × VN such as to produce a modulated content vector v ∈ X N, said content v replacing content x and being adapted to be used during the identification stage in steps (f) and (g). (a) providing a content x ∈ X N for which a fingerprint is to be provided, (b) assigning an ID number to said content x, (c) providing a secret key k ∈ K, (d) generating a fingerprint b x ∈ B L based on content x and secret key k by use of a mapping of the general form Ψ: X N x K → B L, (e) storing the generated fingerprint b x together with the assigned ID in a database, as well as, at an identification stage, the steps of (f) extracting, for a given query content y which might result either from the enrolled content x or an unrelated content x' E X N, an estimate fingerprint b y based on content y, and secret key k by use of a mapping of the general form g: Y N × K → B L, (g) producing an estimated I number based on said estimate fingerprint b y for identifying the content x using said ID number stored in the database, or else rejecting the query, characterised by the fact that the method, at the stage of generating the fingerprint b x, comprises the step of (h) modulating the content x in the space of secret carriers of a transform domain defined by the key k by use of a mapping of the general form ψ: XN × K → BL × VN such as to produce a modulated content vector v ∈ X N,