mhurhangee/ep-ind-claims huggingface dataset:
Use of a laser processing apparatus for refining magnetic domains of a grain-oriented electromagnetic steel sheet by setting a laser beam to be focused on the grain-oriented electromagnetic steel sheet and scanned in a scanning direction, wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light, when it is assumed that a power of the linearly polarized component of the linearly polarized light is given by PW1 and a power of an orthogonal component of the linearly polarized light is given by PW2, and (PW1/(PW1+PW2)) is defined as a degree of polarization, the linearly polarized light has a degree of polarization of 0.9 or higher and lower than 1.0, where an incident position of the laser beam is coincident with a center portion of a laser scanning width, an incident angle φ of the laser beam becomes 0°, and as the incident position of the laser beam approaches an end portion of the laser scanning width, the incident angle φ of the laser beam increases, and an angle between a linear polarization direction and the scanning direction is higher than 45° and equal to or lower than 90°. wherein the laser beam focused on the grain-oriented electromagnetic steel sheet is linearly polarized light, when it is assumed that a power of the linearly polarized component of the linearly polarized light is given by PW1 and a power of an orthogonal component of the linearly polarized light is given by PW2, and (PW1/(PW1+PW2)) is defined as a degree of polarization, the linearly polarized light has a degree of polarization of 0.9 or higher and lower than 1.0, where an incident position of the laser beam is coincident with a center portion of a laser scanning width, an incident angle φ of the laser beam becomes 0°, and as the incident position of the laser beam approaches an end portion of the laser scanning width, the incident angle φ of the laser beam increases, and an angle between a linear polarization direction and the scanning direction is higher than 45° and equal to or lower than 90°.
A rubber composition comprising: 2.5 to 8.0 parts by mass of at least one selected from the group consisting of: stearic acid, a metal salt of saturated fatty acid and a mold release agent comprising at least one selected from the group consisting of a metal salt of fatty acid, a fatty acid amide and an amide ester provided that the rubber composition includes 0.1 to 4.0 parts by mass of the mold release agent; 1 to 50 parts by mass of a resin which has a softening point of 82 to 160°C; and 30 to 140 parts by mass of silica which has a BET specific surface area of 80 to 270 m 2 /g, based on 100 parts by mass of a diene rubber component, the rubber composition further comprising 3 to 10 parts by mass of a silane coupling agent based on 100 parts by mass of the silica, wherein the amount of an unreacted silane coupling agent in the rubber composition before vulcanization is 0 to 1.0 part by mass based on 100 parts by mass of the diene rubber component, wherein the rubber composition further comprises not more than 2.5 parts by mass of zinc oxide based on 100 parts by mass of the diene rubber component, and wherein the rubber composition further comprises 15 to 50 parts by mass of oil based on 100 parts by mass of the diene rubber component. 2.5 to 8.0 parts by mass of at least one selected from the group consisting of: stearic acid, a metal salt of saturated fatty acid and a mold release agent comprising at least one selected from the group consisting of a metal salt of fatty acid, a fatty acid amide and an amide ester provided that the rubber composition includes 0.1 to 4.0 parts by mass of the mold release agent; 1 to 50 parts by mass of a resin which has a softening point of 82 to 160°C; and 30 to 140 parts by mass of silica which has a BET specific surface area of 80 to 270 m 2 /g, based on 100 parts by mass of a diene rubber component, the rubber composition further comprising 3 to 10 parts by mass of a silane coupling agent based on 100 parts by mass of the silica, wherein the amount of an unreacted silane coupling agent in the rubber composition before vulcanization is 0 to 1.0 part by mass based on 100 parts by mass of the diene rubber component, wherein the rubber composition further comprises not more than 2.5 parts by mass of zinc oxide based on 100 parts by mass of the diene rubber component, and wherein the rubber composition further comprises 15 to 50 parts by mass of oil based on 100 parts by mass of the diene rubber component.
An article processing apparatus in which a plurality of hoppers are disposed in a circular shape and each of the plurality of hoppers causes an article received from an upstream side to temporarily stay and then discharges the article toward a discharge opening on a downstream side, wherein each of the hoppers includes: a body portion; a slide portion provided on a downstream side of the body portion, and having a slide surface extending continuously from the body portion; and a gate provided on the body portion to switch between a first state where the gate causes the article to stay in the body portion and a second state where the gate releases the staying of the article to cause the article to slide down from the body portion, and characterised in that the article processing apparatus comprises a chute disposed around the discharge opening in a state where the chute is separate from the hoppers by a space where the slide surface does not exist in a vertical direction and the slide portion has a length or an angle with respect to a horizontal direction of a path along which the article slides down the slide surface, takes off from a downstream end portion of the slide portion, freely falls in the space where the slide surface does not exist, and then reaches the discharge opening, in the second state. each of the hoppers includes: a body portion; a slide portion provided on a downstream side of the body portion, and having a slide surface extending continuously from the body portion; and a gate provided on the body portion to switch between a first state where the gate causes the article to stay in the body portion and a second state where the gate releases the staying of the article to cause the article to slide down from the body portion, and a body portion; a slide portion provided on a downstream side of the body portion, and having a slide surface extending continuously from the body portion; and a gate provided on the body portion to switch between a first state where the gate causes the article to stay in the body portion and a second state where the gate releases the staying of the article to cause the article to slide down from the body portion, and characterised in that the article processing apparatus comprises a chute disposed around the discharge opening in a state where the chute is separate from the hoppers by a space where the slide surface does not exist in a vertical direction and the slide portion has a length or an angle with respect to a horizontal direction of a path along which the article slides down the slide surface, takes off from a downstream end portion of the slide portion, freely falls in the space where the slide surface does not exist, and then reaches the discharge opening, in the second state.
Method for reserving physical resource blocks of a mobile access network, implemented by a content server (300a, 300b) configured to transmit a data stream requested by a terminal (100a, 100b) connected to the mobile access network with a determined quality level, the method comprising: • determination (E1a, E1b; C6a, C6b) of a value of a number of blocks to be reserved, as a function of parameters related to the data stream, of the determined quality level, and of a unit cost per block, • transmission (E2a, E2b; C7a, C7b) of a resource block reservation request, comprising the determined value of the number of blocks to be reserved, to a control entity of the mobile access network, • reception (E5a, E5b) of a resource block allocation response from the control entity, comprising a value of a number of blocks allocated to the content server. • determination (E1a, E1b; C6a, C6b) of a value of a number of blocks to be reserved, as a function of parameters related to the data stream, of the determined quality level, and of a unit cost per block, • transmission (E2a, E2b; C7a, C7b) of a resource block reservation request, comprising the determined value of the number of blocks to be reserved, to a control entity of the mobile access network, • reception (E5a, E5b) of a resource block allocation response from the control entity, comprising a value of a number of blocks allocated to the content server.
Operating method for a driver assistance system for a motor vehicle, in particular for a lorry, for assisting a motor vehicle driver in selecting a consumption-reducing method of driving, having the following steps: - predefinition of the method of driving of the motor vehicle, - determination of a consumption parameter of the motor vehicle for the predefined method of driving, wherein the consumption parameter represents the fuel consumption of the motor vehicle when applying the predefined method of driving, - displaying of the consumption parameter for the motor vehicle driver, characterized by the following steps: - determination of a wear parameter of the motor vehicle for the predefined method of driving, wherein the wear parameter represents the wear of the motor vehicle or of part of the motor vehicle during the predefined method of driving, and - displaying of the wear parameter for the motor vehicle driver, wherein the wear parameter represents at least one of the following variables: - service life of the tyres of the motor vehicle, - service life of components of the motor vehicle. - predefinition of the method of driving of the motor vehicle, - determination of a consumption parameter of the motor vehicle for the predefined method of driving, wherein the consumption parameter represents the fuel consumption of the motor vehicle when applying the predefined method of driving, - displaying of the consumption parameter for the motor vehicle driver, - determination of a wear parameter of the motor vehicle for the predefined method of driving, wherein the wear parameter represents the wear of the motor vehicle or of part of the motor vehicle during the predefined method of driving, and - displaying of the wear parameter for the motor vehicle driver, - service life of the tyres of the motor vehicle, - service life of components of the motor vehicle.
A data processing method, comprising: obtaining an acquisition request for target data of a data owner; determining a trusted application, TAPP, for generating the target data based on correspondence information comprised in decentralized identifier document, DID Doc, information of the data owner in response to the acquisition request, wherein the correspondence information comprises a correspondence between the target data and the TAPP; sending a target data generation request to the TAPP, wherein the target data generation request is used for requesting to use the TAPP to process data of the data owner obtained from a trusted institution so as to generate the target data; and receiving a processing result fed back by the TAPP in response to the target data generation request. obtaining an acquisition request for target data of a data owner; determining a trusted application, TAPP, for generating the target data based on correspondence information comprised in decentralized identifier document, DID Doc, information of the data owner in response to the acquisition request, wherein the correspondence information comprises a correspondence between the target data and the TAPP; sending a target data generation request to the TAPP, wherein the target data generation request is used for requesting to use the TAPP to process data of the data owner obtained from a trusted institution so as to generate the target data; and receiving a processing result fed back by the TAPP in response to the target data generation request.
A thermal management formulation for treating a fiber, textile, or foam, the formulation comprising a microencapsulated phase change material ("mPCM"), a thermal conductivity additive ("TCA"), and water, wherein the TCA comprises an inorganic material selected from graphite, graphene, zinc oxide, and aluminum oxide, including calcined aluminum oxide, with a thermal conductivity greater than 10 W/m·K, and wherein the mPCM comprises a PCM comprising a salt hydrate; a fatty acid or derivative thereof; or an alkane such as an oleochemical or a paraffin, wherein the mPCM and the TCA are present in the formulation in a weight ratio of PCM:TCA from about 1.5:1 to about 14:1, such as from about 2:1 to about 12:1 or from about 7:1 to about 10:1, and wherein the formulation is a dispersion of the mPCM and the TCA in the water.
A paper sheet processing apparatus for performing processes on paper sheets while conveying the paper sheets, comprising: an apparatus body, processing means for performing predetermined processes on the paper sheets, a control section for controlling the operation of the paper sheet processing apparatus, an input section to which a paper sheet processing condition is input, and a display section for displaying the operation information of the paper sheet processing apparatus, characterized in that: the processing means is configured so that the processing pattern for the paper sheets can be changed, and the control section obtains processing means setting information, serving as the processing pattern of the processing means, for achieving the processing condition having been input to the input section and displays the processing means setting information on the display section. an apparatus body, processing means for performing predetermined processes on the paper sheets, a control section for controlling the operation of the paper sheet processing apparatus, an input section to which a paper sheet processing condition is input, and a display section for displaying the operation information of the paper sheet processing apparatus, characterized in that: the processing means is configured so that the processing pattern for the paper sheets can be changed, and the control section obtains processing means setting information, serving as the processing pattern of the processing means, for achieving the processing condition having been input to the input section and displays the processing means setting information on the display section. the processing means is configured so that the processing pattern for the paper sheets can be changed, and the control section obtains processing means setting information, serving as the processing pattern of the processing means, for achieving the processing condition having been input to the input section and displays the processing means setting information on the display section.
A method of operating an OTN interface for a first network element in an optical network, said method comprising: sending a plurality of Optical Transport Network, OTN, frames from an OTN interface of a first network element to a remote network element over a first unidirectional communication channel of a bidirectional communication chennel; receiving over a second unidirectional channel of said bidirectional communication channel an Optical Transport Unit, OTU, backwards defect indicator, BDI, signal at said OTN interface from said remote network element that is configured to indicate a transmission failure of said first unidirectional communication channel; and in response to receiving said OTU BDI signal, generating an alarm signal comprising a polynomial sequence that is configured to trigger switching operations at a Multi-Protocol Label Switching, MPLS, layer so that said first network element switches routing to said remote network element. sending a plurality of Optical Transport Network, OTN, frames from an OTN interface of a first network element to a remote network element over a first unidirectional communication channel of a bidirectional communication chennel; receiving over a second unidirectional channel of said bidirectional communication channel an Optical Transport Unit, OTU, backwards defect indicator, BDI, signal at said OTN interface from said remote network element that is configured to indicate a transmission failure of said first unidirectional communication channel; and in response to receiving said OTU BDI signal, generating an alarm signal comprising a polynomial sequence that is configured to trigger switching operations at a Multi-Protocol Label Switching, MPLS, layer so that said first network element switches routing to said remote network element.
Biologically active molecules for influencing virus-, bacteria-, parasite-infected cells and/or tumour cells, consisting of at least one protease inhibitor for at least one specific target protease of the virus-, bacteria-, parasite-infected cells and/or tumour cells, and consisting of at least one peptide-inhibited siRNA, PNA or RNA, the peptide bond of which can be broken up by at least one specific target protease for the purpose of activation of the peptide-inhibited siRNA, PNA or RNA.
A method for controlling a self-optimization, comprising: obtaining, by a managing unit, a target state of a first self-optimization function; and sending, by the managing unit, a setting command that comprises the target state of the first self-optimization function to a managed unit; receiving, by the managed unit, the setting command, wherein an entity that provides a self-optimization capability is on the managed unit, a switch attribute is defined on a network resource model, NRM, of the entity, for the first self-optimization function, and the first self-optimization function is handover function, load balancing function, interference control function, capacity and coverage function, random access channel optimization function, or energy saving function; setting, by the managed unit, a state of the switch attribute of the first self-optimization function to the target state according to the setting command to control enabling or disabling of the first self-optimization function. obtaining, by a managing unit, a target state of a first self-optimization function; and sending, by the managing unit, a setting command that comprises the target state of the first self-optimization function to a managed unit; receiving, by the managed unit, the setting command, wherein an entity that provides a self-optimization capability is on the managed unit, a switch attribute is defined on a network resource model, NRM, of the entity, for the first self-optimization function, and the first self-optimization function is handover function, load balancing function, interference control function, capacity and coverage function, random access channel optimization function, or energy saving function; setting, by the managed unit, a state of the switch attribute of the first self-optimization function to the target state according to the setting command to control enabling or disabling of the first self-optimization function.
A flame retardant polycarbonate composition comprising: 10 to 90 weight percent of a polycarbonate composition that comprises a polycarbonate; 5 to 60 weight percent of a reinforcing filler; where the reinforcing filler is a glass fiber, a carbon fiber, a metal fiber, or a combination comprising at least one of the foregoing reinforcing fillers; a phosphazene compound; and a flame retardant synergist, where the flame retardant synergist is a mineral filler, where the mineral filler is talc, calcium carbonate, dolomite, wollastonite, barium sulfate, silica, kaolin, feldspar, or a combination comprising at least one of the foregoing mineral fillers. 10 to 90 weight percent of a polycarbonate composition that comprises a polycarbonate; 5 to 60 weight percent of a reinforcing filler; where the reinforcing filler is a glass fiber, a carbon fiber, a metal fiber, or a combination comprising at least one of the foregoing reinforcing fillers; a phosphazene compound; and a flame retardant synergist, where the flame retardant synergist is a mineral filler, where the mineral filler is talc, calcium carbonate, dolomite, wollastonite, barium sulfate, silica, kaolin, feldspar, or a combination comprising at least one of the foregoing mineral fillers.
A ballistic-resistant composite comprising: at least one layer including a network of ballistic fibers and a resin matrix, the resin matrix including blocked isocyanate composed of isocyanate bonded with a blocking agent, the resin matrix being cross-linkable by heating to a temperature that causes the isocyanate to liberate from the blocking agent and the liberated isocyanate to reactively cause cross-linking of the resin matrix, characterised in that prior to heating and crosslinking, the resin matrix includes, by weight, from 0.2% to 25% of the blocked isocyanate. at least one layer including a network of ballistic fibers and a resin matrix, the resin matrix including blocked isocyanate composed of isocyanate bonded with a blocking agent, the resin matrix being cross-linkable by heating to a temperature that causes the isocyanate to liberate from the blocking agent and the liberated isocyanate to reactively cause cross-linking of the resin matrix, characterised in that prior to heating and crosslinking, the resin matrix includes, by weight, from 0.2% to 25% of the blocked isocyanate.
The use of a composition for an acoustic wave probe, the composition comprising: a polysiloxane mixture containing at least polysiloxane having a vinyl group and a phenyl group, polysiloxane having two or more Si-H groups in a molecular chain, and zinc oxide.
A method of receiving a tracking reference signal, TRS, which is received by a user equipment, UE, in a wireless communication system supporting an unlicensed band, the method comprising: receiving, from a base station, a first TRS given by a discovery reference signal, DRS, receiving downlink control information, DCI, scheduling a downlink data, receiving a UE-specific DCI indicating that a second TRS is transmitted in a subframe in which the first TRS is not transmitted based on a tracking performance of the UE being not satisfied, receiving the second TRS based on the UE-specific DCI and performing a tracking based on the first TRS and the second TRS wherein the tracking performance is determined to be satisfied based on the number of TRSs received during a specific duration being equal to or more than a prescribed number, and wherein the second TRS is received before a downlink data is received based on the tracking performance being determined not to be satisfied based on the first TRS. receiving, from a base station, a first TRS given by a discovery reference signal, DRS, receiving downlink control information, DCI, scheduling a downlink data, receiving a UE-specific DCI indicating that a second TRS is transmitted in a subframe in which the first TRS is not transmitted based on a tracking performance of the UE being not satisfied, receiving the second TRS based on the UE-specific DCI and performing a tracking based on the first TRS and the second TRS wherein the tracking performance is determined to be satisfied based on the number of TRSs received during a specific duration being equal to or more than a prescribed number, and wherein the second TRS is received before a downlink data is received based on the tracking performance being determined not to be satisfied based on the first TRS.