mhurhangee/ep-ind-claims huggingface dataset:
A method, by a device management entity, for transmitting application data to an Internet of Things, loT, device which is accessible via two different radio networks having different transmission bandwidths, the method comprising: - determining that the application data is available for the loT device, - transmitting one or more parameter requests to the loT device in which the loT device is requested to inform the device management entity about a plurality of operating parameters of the loT device, - receiving a parameter response to the one or more parameter requests, the parameter response comprising response parameters including at least one of the requested plurality of operating parameters, - selecting one of the radio networks for the transmission of the application data in dependence on the received response parameters, - transmitting the application data to the loT device over the selected radio network; wherein the lot device is connected to the device management entity over the radio network having a lower transmission bandwidth than the other radio network, wherein selecting one of the radio networks comprises selecting the other radio network having the higher transmission bandwidth, the method comprising: - transmitting a switch command to the loT device instructing the loT device to switch the radio network to the other radio network. - determining that the application data is available for the loT device, - transmitting one or more parameter requests to the loT device in which the loT device is requested to inform the device management entity about a plurality of operating parameters of the loT device, - receiving a parameter response to the one or more parameter requests, the parameter response comprising response parameters including at least one of the requested plurality of operating parameters, - selecting one of the radio networks for the transmission of the application data in dependence on the received response parameters, - transmitting the application data to the loT device over the selected radio network; - transmitting a switch command to the loT device instructing the loT device to switch the radio network to the other radio network.
A multicolor thermal recording material comprising: a support; and in order from a side close to the support, a first thermal color-developing layer containing a first dye precursor and a color-developing compound reactive with the first dye precursor under heating to develop the color of the first dye precursor; an intermediate layer; a second thermal color-developing layer containing a particle component containing a second dye precursor, and a color-developing compound reactive with the second dye precursor under heating to develop the color of the second dye precursor; and a third thermal color-developing layer containing a particle component containing a third dye precursor, and a color-developing compound reactive with the third dye precursor under heating to develop the color of the third dye precursor; wherein the first, second, and third dye precursors are capable of developing mutually different colors, the second dye precursor-containing particle component contained in the second thermal color-developing layer comprises composite fine particles containing the second dye precursor and a polymeric compound, the third dye precursor-containing particle component contained in the third thermal color-developing layer comprises composite fine particles containing the third dye precursor and a polymeric compound, and the second and third thermal color-developing layers are adjacent to each other. a support; and in order from a side close to the support, a first thermal color-developing layer containing a first dye precursor and a color-developing compound reactive with the first dye precursor under heating to develop the color of the first dye precursor; an intermediate layer; a second thermal color-developing layer containing a particle component containing a second dye precursor, and a color-developing compound reactive with the second dye precursor under heating to develop the color of the second dye precursor; and a third thermal color-developing layer containing a particle component containing a third dye precursor, and a color-developing compound reactive with the third dye precursor under heating to develop the color of the third dye precursor;
A composition comprising an antimicrobial SMR peptide comprising an HIV-1 SMRwt peptide and a cell penetrating peptide domain for use in preventing or treating infection by a microorganism by inhibiting the formation of a microbial biofilm by said microorganism on an item or a biologically compatible material when inserted or implanted in the body, wherein the biologically compatible material or item is impregnated ex vivo with an effective amount of the composition, an effective amount of the composition is incorporated into the biologically compatible material ex vivo or an effective amount of the composition is coated onto the item ex vivo, and wherein the item is selected from the group consisting of a medical device, medical instrument, medical implement, prosthetic, implantable device, and the biologically compatible material is selected from the group consisting of paint, glue, cement, composite, tissue matrix, tissue scaffold or wound dressing. wherein the biologically compatible material or item is impregnated ex vivo with an effective amount of the composition, an effective amount of the composition is incorporated into the biologically compatible material ex vivo or an effective amount of the composition is coated onto the item ex vivo, and wherein the item is selected from the group consisting of a medical device, medical instrument, medical implement, prosthetic, implantable device, and the biologically compatible material is selected from the group consisting of paint, glue, cement, composite, tissue matrix, tissue scaffold or wound dressing.
A method for mounting bolts in a tunnel wall, comprising: a control unit receiving bolt mounting reference data, the control unit instructing a drill rig to bore bore holes in accordance with said bolt mounting reference data, the control unit storing actual data representing the actual positions of bore holes having been bored in the tunnel wall by the drill rig, and the control unit instructing a bolting device to mount bolts in the bore holes based on the stored actual data and the bolt mounting reference data, the step of storing actual data further characterised by: the control unit storing configurations of the drill rig when the drill rig is boring the bore holes in the tunnel wall, and the control unit transforming the configurations of the drill rig into configurations for the bolting device, the configurations of the drill rig and the bolting device comprising configurations of actuators arranged to actuate parts of the drill rig and the bolting device, wherein said configurations comprise positions of a first and a second turntable (710, 720) on a frame, wherein said bolting device is arranged on said first turntable and said drill rig is arranged on said second turntable, and said first and second turntable (710,720) are arranged to move along said frame. a control unit receiving bolt mounting reference data, the control unit instructing a drill rig to bore bore holes in accordance with said bolt mounting reference data, the control unit storing actual data representing the actual positions of bore holes having been bored in the tunnel wall by the drill rig, and the control unit instructing a bolting device to mount bolts in the bore holes based on the stored actual data and the bolt mounting reference data, the step of storing actual data further characterised by: the control unit storing configurations of the drill rig when the drill rig is boring the bore holes in the tunnel wall, and the control unit transforming the configurations of the drill rig into configurations for the bolting device, the configurations of the drill rig and the bolting device comprising configurations of actuators arranged to actuate parts of the drill rig and the bolting device, the control unit storing configurations of the drill rig when the drill rig is boring the bore holes in the tunnel wall, and the control unit transforming the configurations of the drill rig into configurations for the bolting device, the configurations of the drill rig and the bolting device comprising configurations of actuators arranged to actuate parts of the drill rig and the bolting device, wherein said configurations comprise positions of a first and a second turntable (710, 720) on a frame, wherein said bolting device is arranged on said first turntable and said drill rig is arranged on said second turntable, and said first and second turntable (710,720) are arranged to move along said frame.
Method for desulfurizing a gas stream comprising hydrogen sulfide, more particularly a fuel gas stream which can be utilized for combustion in a gas turbine, where the gas stream is contacted with a catalyst -comprising scrubbing medium for absorbing the hydrogen sulfide with formation of elemental sulfur, where the catalyst is reduced in the formation of the elemental sulfur, where the scrubbing medium comprising the reduced catalyst is supplied to a regeneration stage in which the reduced catalyst is regenerated by oxidation with an oxygen-containing gas fed to the regeneration stage, where the oxygen-containing gas is fed to the regeneration stage from a compression stage of the gas turbine, and where the oxygen-depleted gas from the regeneration of the catalyst is fed to at least one turbine stage, connected fluidically downstream of the compression stage, of the gas turbine.
A method for accessing an asset, the method comprising: receiving an identification of a user; retrieving a plurality of index points associated with the user; receiving a user selection of an index point of the plurality of index points, wherein the index point represents a viewing position within an asset; accessing the asset at the viewing position associated with the selected index point; generating for display the asset at the viewing position associated with the selected index point after accessing the asset; updating the viewing position associated with the selected index point to reflect the user's viewing progress within the asset; caching a portion of video of the asset in response to updating the viewing position, the portion of video cached based on the updated viewing position; and presenting the cached portion of video simultaneously with a listing for the selected index point. receiving an identification of a user; retrieving a plurality of index points associated with the user; receiving a user selection of an index point of the plurality of index points, wherein the index point represents a viewing position within an asset; accessing the asset at the viewing position associated with the selected index point; generating for display the asset at the viewing position associated with the selected index point after accessing the asset; updating the viewing position associated with the selected index point to reflect the user's viewing progress within the asset; caching a portion of video of the asset in response to updating the viewing position, the portion of video cached based on the updated viewing position; and presenting the cached portion of video simultaneously with a listing for the selected index point.
A positive electrode active material, satisfying a chemical formula of Na 0.88 Cu 0.22 Fe 0.28 Mn 0.47 Mg 0.03 O 2 wherein the positive electrode active material is prepared by a method comprising the following steps of providing a mixed solution by dissolving copper sulfate, ferrous sulfate, manganese sulfate and magnesium sulfate in a deionized water in a stoichiometric ratio under the protection of inert atmosphere, in which the total concentration is 1.5 mol/L; adding an aqueous sodium hydroxide solution in a concentration of 4 mol/L and aqueous ammonia in a concentration of 1 mol/L to the mixed solution to obtain a reaction solution, and then subjecting it to coprecipitation by controlling pH of the reaction solution to 11.2 and reacting at a temperautre of 50°C with a stirring rate of 800rpm for 30 hours, and then isolating, collecting and washing the resulting co-precipitation product several times with an appropriate amount of deionized water, then drying it at 100°C in a vacuum drying oven to obtain a transition metal source; and mixing the transition metal source and sodium carbonate in a molar ratio of 0.92:1 to obtain a mixture and sintering the mixture at a temperature of 900°C under an air atmosphere for 15 hours, and then cooling the resulting sintered product to room temperature, and then washing it several times with an appropriate amount of deionized water followed by drying to obtain the positive electrode active material. wherein the positive electrode active material is prepared by a method comprising the following steps of providing a mixed solution by dissolving copper sulfate, ferrous sulfate, manganese sulfate and magnesium sulfate in a deionized water in a stoichiometric ratio under the protection of inert atmosphere, in which the total concentration is 1.5 mol/L; adding an aqueous sodium hydroxide solution in a concentration of 4 mol/L and aqueous ammonia in a concentration of 1 mol/L to the mixed solution to obtain a reaction solution, and then subjecting it to coprecipitation by controlling pH of the reaction solution to 11.2 and reacting at a temperautre of 50°C with a stirring rate of 800rpm for 30 hours, and then isolating, collecting and washing the resulting co-precipitation product several times with an appropriate amount of deionized water, then drying it at 100°C in a vacuum drying oven to obtain a transition metal source; and mixing the transition metal source and sodium carbonate in a molar ratio of 0.92:1 to obtain a mixture and sintering the mixture at a temperature of 900°C under an air atmosphere for 15 hours, and then cooling the resulting sintered product to room temperature, and then washing it several times with an appropriate amount of deionized water followed by drying to obtain the positive electrode active material.
An apparatus comprising: configuring means for configuring a user equipment with a flexible uplink-to-downlink, UL-to-DL, cross-link specific resource configuration suitable for determining one or more antenna panel wise cross-link interference measurements from a network entity, wherein the cross-link specific resource configuration comprises one or more channel state information interference measurement, CSI-IM, resources configured according to characteristics of two or more interfering UL signal types, wherein the two or more interfering UL signal types comprises two or more of: a phase tracking reference signal, PTRS, a demodulation reference signal, DMRS, and/or sounding reference signal, SRS; and receiving means for receiving, from the user equipment, reference signal received power, RSRP, and/or received signal strength indicator, RSSI, for the two or more interfering uplink signal types. configuring means for configuring a user equipment with a flexible uplink-to-downlink, UL-to-DL, cross-link specific resource configuration suitable for determining one or more antenna panel wise cross-link interference measurements from a network entity, wherein the cross-link specific resource configuration comprises one or more channel state information interference measurement, CSI-IM, resources configured according to characteristics of two or more interfering UL signal types, wherein the two or more interfering UL signal types comprises two or more of: a phase tracking reference signal, PTRS, a demodulation reference signal, DMRS, and/or sounding reference signal, SRS; and receiving means for receiving, from the user equipment, reference signal received power, RSRP, and/or received signal strength indicator, RSSI, for the two or more interfering uplink signal types.
A manufacturing method for a multi electrode system, comprising the following steps: - providing several conductors, which are electrically conductive in their longitudinal direction and electrically insulated in a direction perpendicular to its longitudinal direction, - bundling the conductors at a proximal portion of the multi electrode system by means of a sheath surrounding the conductors at least partially to form a conductor bundle configured to be used as a lead of the multi electrode system, and - providing several ring electrodes each surrounding at least partially one of the conductors at a distal portion of the multi electrode system and electrically connecting the ring electrodes and the conductors to form a multi electrode array of the multi electrode system, wherein the multi electrode array is configured to be in a longitudinally extended or in a transversally expanded configuration; wherein at least one of the several conductors is a strand of several wires or a bundle of several strands comprising several wires, and at least one of the wires or one of the strands is electrically insulated in a direction perpendicular to its longitudinal direction. - providing several conductors, which are electrically conductive in their longitudinal direction and electrically insulated in a direction perpendicular to its longitudinal direction, - bundling the conductors at a proximal portion of the multi electrode system by means of a sheath surrounding the conductors at least partially to form a conductor bundle configured to be used as a lead of the multi electrode system, and - providing several ring electrodes each surrounding at least partially one of the conductors at a distal portion of the multi electrode system and electrically connecting the ring electrodes and the conductors to form a multi electrode array of the multi electrode system, wherein the multi electrode array is configured to be in a longitudinally extended or in a transversally expanded configuration; wherein at least one of the several conductors is a strand of several wires or a bundle of several strands comprising several wires, and at least one of the wires or one of the strands is electrically insulated in a direction perpendicular to its longitudinal direction.
Method for controlling access by a user (20, 22) to a data stream broadcast in a communication network, said method comprising the following steps implemented by an access device (10, 100) by means of which the user accesses the network: - obtaining a set of authorized data streams from a message received by the access device and for the user, said message relating to an application session between the user and a service platform; - receiving a request from the user to access said data stream; - checking that the stream does not belong to the set of authorized data streams obtained for said user; - rejecting the access request. - obtaining a set of authorized data streams from a message received by the access device and for the user, said message relating to an application session between the user and a service platform; - receiving a request from the user to access said data stream; - checking that the stream does not belong to the set of authorized data streams obtained for said user; - rejecting the access request.
A navigation device, comprising: display means for displaying a detected location of a vehicle and stored geographical map information; storage means (1020, 2020) for storing location information of a charging facility having a solar cell to charge a power storage mechanism, which is mounted on the vehicle, using electric power generated by the solar cell through solar light energy; and control means (1030, 2030) for controlling said display means to present information about said charging facility on said display means, characterized in that said control means (1030, 2030) includes means for acquiring a solar radiation amount in a vicinity of the charging facility, said control means includes means for calculating a charging performance in said charging facility attained based on an amount of electric power generated by said solar cell depending on the solar radiation amount, and said control means (1030, 2030) includes means for presenting on said display means, information about the charging performance in said charging facility in association with the location information of said charging facility. display means for displaying a detected location of a vehicle and stored geographical map information; storage means (1020, 2020) for storing location information of a charging facility having a solar cell to charge a power storage mechanism, which is mounted on the vehicle, using electric power generated by the solar cell through solar light energy; and control means (1030, 2030) for controlling said display means to present information about said charging facility on said display means, characterized in that said control means (1030, 2030) includes means for acquiring a solar radiation amount in a vicinity of the charging facility, said control means includes means for calculating a charging performance in said charging facility attained based on an amount of electric power generated by said solar cell depending on the solar radiation amount, and said control means (1030, 2030) includes means for presenting on said display means, information about the charging performance in said charging facility in association with the location information of said charging facility.
A heat sink comprising: a heat transport member having a heat receiving portion thermally connected to a heat-generating element and including a first wick structure; a tube body connected to a heat insulating portion or a heat radiating portion of the heat transport member and including a second wick structure; and a heat radiation fin group which is thermally connected to the tube body and in which a plurality of heat radiation fins (21,22) are arranged, wherein the heat transport member has an integral internal space that communicates from the heat receiving portion to a connection portion with the tube body and is sealed with a working fluid, the internal space of the heat transport member communicating with an internal space of the tube body, and characterised in that the first wick structure includes a branch portion branched in a direction orthogonal to a heat transport direction of the heat transport member and multi-stage stem parts extending from the branch portion in a predetermined direction. a heat transport member having a heat receiving portion thermally connected to a heat-generating element and including a first wick structure; a tube body connected to a heat insulating portion or a heat radiating portion of the heat transport member and including a second wick structure; and a heat radiation fin group which is thermally connected to the tube body and in which a plurality of heat radiation fins (21,22) are arranged, wherein the heat transport member has an integral internal space that communicates from the heat receiving portion to a connection portion with the tube body and is sealed with a working fluid, the internal space of the heat transport member communicating with an internal space of the tube body, and characterised in that the first wick structure includes a branch portion branched in a direction orthogonal to a heat transport direction of the heat transport member and multi-stage stem parts extending from the branch portion in a predetermined direction.