mhurhangee/ep-ind-claims huggingface dataset:
A radio terminal comprising: a wireless transceiver configured to communicate with one or more radio stations using a licensed frequency and an unlicensed frequency; and at least one processor, wherein the at least one processor is configured to: receive, from at least one of the one or more radio stations, control information; recognize, based on the control information, whether Listen Before Talk, LBT, on the unlicensed frequency prior to uplink transmission needs to be performed, and start the uplink transmission on the unlicensed frequency after performing the LBT in a case where the LBT is needed and start the uplink transmission without performing the LBT in a case where the LBT is not needed, characterized in that the control information includes information regarding regulations for radio communication on the unlicensed frequency, the information regarding the regulations indicates a maximum continuous use time; and the at least one processor is configured to recognize that the LBT on the unlicensed frequency prior to uplink transmission does not need to be performed in a case where a time elapsed after LBT that has been previously executed is shorter than the maximum continuous use time. a wireless transceiver configured to communicate with one or more radio stations using a licensed frequency and an unlicensed frequency; and at least one processor, wherein the at least one processor is configured to: receive, from at least one of the one or more radio stations, control information; recognize, based on the control information, whether Listen Before Talk, LBT, on the unlicensed frequency prior to uplink transmission needs to be performed, and start the uplink transmission on the unlicensed frequency after performing the LBT in a case where the LBT is needed and start the uplink transmission without performing the LBT in a case where the LBT is not needed, receive, from at least one of the one or more radio stations, control information; recognize, based on the control information, whether Listen Before Talk, LBT, on the unlicensed frequency prior to uplink transmission needs to be performed, and start the uplink transmission on the unlicensed frequency after performing the LBT in a case where the LBT is needed and start the uplink transmission without performing the LBT in a case where the LBT is not needed, characterized in that the control information includes information regarding regulations for radio communication on the unlicensed frequency, the information regarding the regulations indicates a maximum continuous use time; and the at least one processor is configured to recognize that the LBT on the unlicensed frequency prior to uplink transmission does not need to be performed in a case where a time elapsed after LBT that has been previously executed is shorter than the maximum continuous use time.
Tetrahydrofuran free polyvinyl chloride based adhesive for bonding PVC pipes, comprising: - chlorinated polyvinyl chloride (CPVC) with a chlorine-percentage of at least 60 wt.%, wherein the CPVC is obtainable by chlorination of an unplasticized polyvinyl chloride (uPVC) having a K-value of at most 55; - a solvent comprising 1,3-dioxolane and/or derivatives thereof wherein the content of 1,3-dioxolane and/or derivatives is at least 30 wt.% relative to the total weight of the PVC-based adhesive. - chlorinated polyvinyl chloride (CPVC) with a chlorine-percentage of at least 60 wt.%, wherein the CPVC is obtainable by chlorination of an unplasticized polyvinyl chloride (uPVC) having a K-value of at most 55; - a solvent comprising 1,3-dioxolane and/or derivatives thereof wherein the content of 1,3-dioxolane and/or derivatives is at least 30 wt.% relative to the total weight of the PVC-based adhesive.
An apparatus for the preparation of format sets from combination portions which each comprise at least two single portions of sliced food products, having a portion conveyor which is configured to convey line-wise single portions of slices cut off from a product along a conveying direction; and means for forming format sets from multi-line combination portions which each comprise at least two single portions offset from one another transversely to the conveying direction and arranged in an overlapping manner, characterized in that a first buffer conveyor (33, 33') and a second buffer conveyor (35, 35') are arranged following one another, viewed in the conveying direction, and are configured to convey single portions as format sets along the conveying direction, with the second buffer conveyor (35, 35') comprising a first conveying section and a second conveying section extending at least substantially in parallel therewith, with the conveying sections (37, 39) being configured for the offset combining of single portions conveyed as format sets thereon to form a respective format set from combination portions, and with the first buffer conveyor (33, 33') being adjustable between a position leading toward the first conveying section and a position leading toward the second conveying section.
A method for coordinating carrier transmission between base stations in a LTE wireless communication system, comprising: employing a processor executing computer executable instructions stored on a computer readable storage medium to implement following acts: transmitting a first carrier to provide wireless service to a first user equipment, UE, while a neighboring cell transmits a second carrier to provide wireless service to a second UE; and coordinating with the neighboring cell so that the first and second UE receive respective carrier without jamming interference from a respective other carrier; wherein the method further comprises: transmitting a non-anchor carrier scheduled by the first carrier as an anchor carrier, wherein the non-anchor carrier comprises an interfering frequency band with the second carrier of the neighboring cell; and reducing transmit power of the non-anchor carrier to avoid jamming interference. employing a processor executing computer executable instructions stored on a computer readable storage medium to implement following acts: transmitting a first carrier to provide wireless service to a first user equipment, UE, while a neighboring cell transmits a second carrier to provide wireless service to a second UE; and coordinating with the neighboring cell so that the first and second UE receive respective carrier without jamming interference from a respective other carrier; wherein the method further comprises: transmitting a non-anchor carrier scheduled by the first carrier as an anchor carrier, wherein the non-anchor carrier comprises an interfering frequency band with the second carrier of the neighboring cell; and reducing transmit power of the non-anchor carrier to avoid jamming interference. transmitting a first carrier to provide wireless service to a first user equipment, UE, while a neighboring cell transmits a second carrier to provide wireless service to a second UE; and coordinating with the neighboring cell so that the first and second UE receive respective carrier without jamming interference from a respective other carrier; wherein the method further comprises: transmitting a non-anchor carrier scheduled by the first carrier as an anchor carrier, wherein the non-anchor carrier comprises an interfering frequency band with the second carrier of the neighboring cell; and reducing transmit power of the non-anchor carrier to avoid jamming interference. transmitting a non-anchor carrier scheduled by the first carrier as an anchor carrier, wherein the non-anchor carrier comprises an interfering frequency band with the second carrier of the neighboring cell; and reducing transmit power of the non-anchor carrier to avoid jamming interference.
A method of manufacturing a foam having a Poisson's ratio which varies across at least a region of the foam in a gradient distribution, the method being characterised by the steps of: a) providing a housing defining an internal space having an inlet aperture and an outlet aperture, the inlet and outlet apertures (11, 14) being in fluid communication with the internal space and spaced from one another across the internal space; b) providing an open-cell polymeric foam of a size and shape configured to fit inside the internal space of the housing; c) positioning the foam inside the internal space of the housing; d) establishing a flow of air through the foam via the inlet and outlet apertures (11, 14); e) heating the foam to a predetermined temperature greater than the glass transition temperature of the foam and lower than the melting temperature of the foam whilst maintaining said flow of air through the foam; and f) subsequently cooling the foam whilst continuing to maintain said flow of air through the foam. a) providing a housing defining an internal space having an inlet aperture and an outlet aperture, the inlet and outlet apertures (11, 14) being in fluid communication with the internal space and spaced from one another across the internal space; b) providing an open-cell polymeric foam of a size and shape configured to fit inside the internal space of the housing; c) positioning the foam inside the internal space of the housing; d) establishing a flow of air through the foam via the inlet and outlet apertures (11, 14); e) heating the foam to a predetermined temperature greater than the glass transition temperature of the foam and lower than the melting temperature of the foam whilst maintaining said flow of air through the foam; and f) subsequently cooling the foam whilst continuing to maintain said flow of air through the foam.
A process for preparing isocyanates by thermal dissociation of carbamates and separation by distillation of the reaction mixture from the carbamate dissociation, comprising the corresponding isocyanate and the corresponding alcohol, by distillation in a column having an enrichment section and a stripping section, where the carbamate is introduced between the enrichment section and the stripping section and the isocyanate is taken off as a constituent of the bottom stream and the alcohol is taken off as a constituent of the overhead stream from the column, in the presence of an inert solvent, wherein an intermediate boiler having a boiling point between the boiling point of the isocyanate and the boiling point of the alcohol under the operating conditions of the carbamate dissociation is used as inert solvent and is fed as external runback in liquid form in a purity of > 95% by weight, based on the total weight of the external runback, in the upper region of the enrichment section and as gaseous, superheated stream into the stripping section at one or more points.
Method for monitoring an installation comprising at least one robot, in particular a plurality of robots (10, 20), comprising the following steps: - monitoring a distance region (A10; A20) of at least one robot (10, 20) of the installation; and - transferring said robot into a safe state on the basis of a detection of a position of at least one person within said distance region, characterized by the following steps: - performing a work process of the robot until an interruption point that is predefined, in particular beforehand and/or in a process-dictated manner and/or automatically or by an operator; and - interrupting the work process, in particular stopping the robot, in particular without interrupting its power supply, and/or deactivating at least one, in particular robot-guided, tool, at said interruption point, - the distance region being predefined on the basis of a work time until an interruption point, in particular a maximum work time between two interruption points and/or a work time until a next interruption point in the work process. - monitoring a distance region (A10; A20) of at least one robot (10, 20) of the installation; and - transferring said robot into a safe state on the basis of a detection of a position of at least one person within said distance region, characterized by the following steps: - performing a work process of the robot until an interruption point that is predefined, in particular beforehand and/or in a process-dictated manner and/or automatically or by an operator; and - interrupting the work process, in particular stopping the robot, in particular without interrupting its power supply, and/or deactivating at least one, in particular robot-guided, tool, at said interruption point, - the distance region being predefined on the basis of a work time until an interruption point, in particular a maximum work time between two interruption points and/or a work time until a next interruption point in the work process.
Suction oil filter for a gear mechanism or an internal combustion engine, having an oil filter housing which is produced from plastics material and which has at least one suction channel which can be connected to an intake side of a suction pump and at least one return channel which opens in the suction channel for a pressure oil flow which is returned by the suction pump, wherein the return channel is provided with at least one nozzle in the region of the opening thereof into the suction channel, and at least one pressure oil supply pipe which is connected to the return channel and which can be connected to a discharge side of the suction pump, wherein the pressure oil supply pipe is connected by means of at least one contour connection in a positive-locking manner to the oil filter housing, characterised in that the pressure oil supply pipe is inserted together with the nozzle into the return channel.
Method for monitoring infrastructure facilities of a route network for vehicles, which vehicles generate messages about their respective operating state, which messages are transmitted with an associated time and an associated location statement, which represent the occurrence of the signalled operating state, to a land-based evaluation device, said messages being received by the land-based evaluation device, stored in a database and evaluated, wherein the following method steps are performed: - reading the messages of a predefined time period relating to at least one predefined operating state from the database; - determining limited areas with frequent occurrence of the predefined operating state by means of a predefined automatic segmentation algorithm by grouping the location statements; - identifying the infrastructure facilities in the areas with the frequent occurrence of the predefined operating state as a possible cause of the predefined operating state of the vehicles, and - outputting information about the infrastructure facilities which are identified as a possible cause of the predefined operating state of the vehicles. - reading the messages of a predefined time period relating to at least one predefined operating state from the database; - determining limited areas with frequent occurrence of the predefined operating state by means of a predefined automatic segmentation algorithm by grouping the location statements; - identifying the infrastructure facilities in the areas with the frequent occurrence of the predefined operating state as a possible cause of the predefined operating state of the vehicles, and - outputting information about the infrastructure facilities which are identified as a possible cause of the predefined operating state of the vehicles.
A User Equipment, UE, for Proximity Services, ProSe, the UE comprising: a receiving unit configured to receive, from another UE, a first message including a user equipment identifier, UE ID, a service ID, and key information; and a control unit configured to derive a confidential key and an integrity key based on the key information, to perform a first check that the service ID and the UE ID are the same as the service ID and the UE ID possessed by the UE, to perform a second check of an integrity protection on the first message using the integrity key, and to perform one-to-one direct communication with the another UE using the confidentiality key and the integrity key if both the first check and the second check pass. a receiving unit configured to receive, from another UE, a first message including a user equipment identifier, UE ID, a service ID, and key information; and a control unit configured to derive a confidential key and an integrity key based on the key information, to perform a first check that the service ID and the UE ID are the same as the service ID and the UE ID possessed by the UE, to perform a second check of an integrity protection on the first message using the integrity key, and to perform one-to-one direct communication with the another UE using the confidentiality key and the integrity key if both the first check and the second check pass.
Method for the detoxification of gluten from grains of cereals, comprising the following steps: a) hydrating the cereal grains with water up to a humidity degree of the grains comprised between 15 and 18%; b) treating the hydrated grains by electromagnetic waves for a time and with a power necessary to reach a temperature of the grains comprised between 60 and 70°C; c) suspending the irradiation until a temperature comprised between 50 and 60°C is reached and simultaneous water evaporation with a humidity loss of the grains comprised between 14 and 16% in comparison to step a); d) treating the hydrated grains by electromagnetic waves for a time and with a power necessary to reach a temperature of the grains comprised between 80 and 90°C; e) suspending the irradiation until a temperature comprised between 70 and 80°C and simultaneous water evaporation with a humidity loss of the grains comprised between 40 and 44% in comparison to step a); f) treating the hydrated grains by electromagnetic waves for a time and with a power necessary to reach a temperature of the grains comprised between 110 and 120°C; g) suspending the irradiation until a temperature comprised between 80 and 90°C and simultaneous water evaporation with a humidity loss of the grains comprised between 50 and 60% in comparison to step a); h) slow cooling of the detoxified grains at room temperature. a) hydrating the cereal grains with water up to a humidity degree of the grains comprised between 15 and 18%; b) treating the hydrated grains by electromagnetic waves for a time and with a power necessary to reach a temperature of the grains comprised between 60 and 70°C; c) suspending the irradiation until a temperature comprised between 50 and 60°C is reached and simultaneous water evaporation with a humidity loss of the grains comprised between 14 and 16% in comparison to step a); d) treating the hydrated grains by electromagnetic waves for a time and with a power necessary to reach a temperature of the grains comprised between 80 and 90°C; e) suspending the irradiation until a temperature comprised between 70 and 80°C and simultaneous water evaporation with a humidity loss of the grains comprised between 40 and 44% in comparison to step a); f) treating the hydrated grains by electromagnetic waves for a time and with a power necessary to reach a temperature of the grains comprised between 110 and 120°C; g) suspending the irradiation until a temperature comprised between 80 and 90°C and simultaneous water evaporation with a humidity loss of the grains comprised between 50 and 60% in comparison to step a); h) slow cooling of the detoxified grains at room temperature.
A fiber scanning system comprising: - a housing with a bottom and a wall, - a fiber, inside the housing, comprising a fixed part and a free end, the fixed part being attached to the bottom of the housing, the fiber extending parallel to the wall of the housing, - at least one electrical coil, attached to the wall at a position in between the fixed part and the free end of the fiber, a winding of the electrical coil being in a plane parallel to the fiber, wherein an orientation of the electrical coil is orthogonal to the fiber; and - a magnet, attached to the fiber at a position just before or after the electrical coil, a width of the magnet being such that the magnet extends over the electrical coil; wherein the width of the magnet is such that the magnet extends over the electrical coil for more than 10% of a coil length. - a housing with a bottom and a wall, - a fiber, inside the housing, comprising a fixed part and a free end, the fixed part being attached to the bottom of the housing, the fiber extending parallel to the wall of the housing, - at least one electrical coil, attached to the wall at a position in between the fixed part and the free end of the fiber, a winding of the electrical coil being in a plane parallel to the fiber, wherein an orientation of the electrical coil is orthogonal to the fiber; and - a magnet, attached to the fiber at a position just before or after the electrical coil, a width of the magnet being such that the magnet extends over the electrical coil; wherein the width of the magnet is such that the magnet extends over the electrical coil for more than 10% of a coil length.
A method for processing a three-dimensional image, the method comprising: acquiring a frame by combining a line of a color image with a corresponding line of a depth image; splitting a single line of the color image into a plurality of lines according to depth levels; performing a primary Fourier transform on the plurality of lines; generating a single added line by adding transformed lines obtained as a result of the performing the primary Fourier transform; and performing a secondary Fourier transform on the single added line. acquiring a frame by combining a line of a color image with a corresponding line of a depth image; splitting a single line of the color image into a plurality of lines according to depth levels; performing a primary Fourier transform on the plurality of lines; generating a single added line by adding transformed lines obtained as a result of the performing the primary Fourier transform; and performing a secondary Fourier transform on the single added line.