mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: a communication interface which can communicate over a cellular network and an internet protocol network; a Subscriber Identification Module, SIM, configured to store a SIM identification information; a memory configured to store at least one instruction; an input/output interface; and a processor connected to the memory, the input/output interface and the SIM, wherein the processor is configured to execute the at least one instruction to: search for an accessible communication service provider related to the SIM through the cellular network, wherein the SIM does not have a profile necessary to access the accessible communication service provider; receive a user input for selection of the accessible communication service provider through the input/output interface; in response to the user input, provide the SIM identification information to the selected communication service provider through the internet protocol network; receive, at the communication interface, a profile generated by a profile generation support device based on the SIM identification information transmitted by the selected communication service provider; and store the profile into the SIM. a communication interface which can communicate over a cellular network and an internet protocol network; a Subscriber Identification Module, SIM, configured to store a SIM identification information; a memory configured to store at least one instruction; an input/output interface; and a processor connected to the memory, the input/output interface and the SIM, wherein the processor is configured to execute the at least one instruction to: search for an accessible communication service provider related to the SIM through the cellular network, wherein the SIM does not have a profile necessary to access the accessible communication service provider; receive a user input for selection of the accessible communication service provider through the input/output interface; in response to the user input, provide the SIM identification information to the selected communication service provider through the internet protocol network; receive, at the communication interface, a profile generated by a profile generation support device based on the SIM identification information transmitted by the selected communication service provider; and store the profile into the SIM. search for an accessible communication service provider related to the SIM through the cellular network, wherein the SIM does not have a profile necessary to access the accessible communication service provider; receive a user input for selection of the accessible communication service provider through the input/output interface; in response to the user input, provide the SIM identification information to the selected communication service provider through the internet protocol network; receive, at the communication interface, a profile generated by a profile generation support device based on the SIM identification information transmitted by the selected communication service provider; and store the profile into the SIM.
Light-emitting unit, LEE,, comprising at least one light-emitting means for emitting light for heating a composite material, wherein the material can be melted and/or softened and/or cured and/or kept liquid on account of the heating, wherein the light emission of the light-emitting means is regionally variably controllable, wherein the LEE is part of an upper shell and/or bottom shell of a tool for producing a component part from the composite material, wherein the LEE has at least one temperature sensor for regionally capturing temperatures of the composite material in the tool and a control unit is provided, which is configured to control the light emission of the at least one light-emitting means in open-loop or closed-loop fashion in dependence on the temperatures capturable by the temperature sensor, wherein the LEE is designed to implement a heterogeneous temperature distribution in the composite material so that the composite material is regionally variably heated; wherein the LEE is divided into at least two regions that do not overlap; characterized in that the at least one light-emitting means has at least one light-emitting film, LEF,, whose light emission is regionally controllable. wherein the LEE is part of an upper shell and/or bottom shell of a tool for producing a component part from the composite material, wherein the LEE has at least one temperature sensor for regionally capturing temperatures of the composite material in the tool and a control unit is provided, which is configured to control the light emission of the at least one light-emitting means in open-loop or closed-loop fashion in dependence on the temperatures capturable by the temperature sensor, wherein the LEE is designed to implement a heterogeneous temperature distribution in the composite material so that the composite material is regionally variably heated; wherein the LEE is divided into at least two regions that do not overlap; characterized in that the at least one light-emitting means has at least one light-emitting film, LEF,, whose light emission is regionally controllable.
A method of assaying for an analyte in a sample, the method comprising forming a reaction mixture, and admixing a trigger solution to the reaction mixture; wherein the analyte to be assayed for may be present in the sample, the reaction mixture is an aqueous solution comprising a chemiluminescent-labeled specific binding partner comprising a chemiluminescent label irreversibly bound to a first specific binding partner, the chemiluminescent-labeled specific bonding partner being capable of binding to the analyte to form an analyte-bound chemiluminescent labeled specific binding complex, an activator-labeled specific binding partner comprising an activator label irreversibly bound to a second specific binding partner, and a selective signal inhibiting agent; and wherein the method further comprises measuring an analyte signal, and measuring a glow signal after measuring the analyte signal. forming a reaction mixture, and admixing a trigger solution to the reaction mixture; wherein the analyte to be assayed for may be present in the sample, the reaction mixture is an aqueous solution comprising a chemiluminescent-labeled specific binding partner comprising a chemiluminescent label irreversibly bound to a first specific binding partner, the chemiluminescent-labeled specific bonding partner being capable of binding to the analyte to form an analyte-bound chemiluminescent labeled specific binding complex, an activator-labeled specific binding partner comprising an activator label irreversibly bound to a second specific binding partner, and a selective signal inhibiting agent; and wherein the method further comprises measuring an analyte signal, and a chemiluminescent-labeled specific binding partner comprising a chemiluminescent label irreversibly bound to a first specific binding partner, the chemiluminescent-labeled specific bonding partner being capable of binding to the analyte to form an analyte-bound chemiluminescent labeled specific binding complex, an activator-labeled specific binding partner comprising an activator label irreversibly bound to a second specific binding partner, and a selective signal inhibiting agent; and wherein the method further comprises measuring an analyte signal, and measuring a glow signal after measuring the analyte signal.
Composite profile for windows, doors or the like, having an outer profile, an inner profile and having at least one insulating web (4, 5), via which the outer profile and the inner profile are joined together, wherein the composite profile comprises a cover profile which is or can be connected to the outer profile and has a surface element which extends at least in regions in the longitudinal direction of the outer profile and is spaced apart from the outer profile, wherein the surface element comprises an inner surface which faces toward the outer profile and is spaced apart from the outer profile, wherein the cover profile is preferably releasably connected to the outer profile via at least one clamp connection, wherein the at least one clamp connection comprises a female part and a male part which at least in regions is formed complementarily to said female part, wherein the female part or the male part is preferably integrally formed with the cover profile, and wherein the corresponding other part is indirectly connected to the outer profile, wherein the at least one clamp connection is configured between the cover profile and a holding profile which is connected to the outer profile, wherein the at least one surface element of the holding profile comprises an inner surface which faces toward the outer profile and is spaced apart from the outer profile, wherein the holding profile comprises at least one surface element which extends at least in regions in the longitudinal direction of the outer profile and is spaced apart from the outer profile and to which the cover profile is connected, preferably via at least one connection which is flexible in the longitudinal direction of the outer profile, wherein, on its inner surface, the at least one surface element of the holding profile comprises at least one spacer which preferably extends at least in regions in the longitudinal direction of the outer profile and is in the form of a rib.
An optical modulator comprising: an optical modulation element having a substrate with an electro-optic effect, an optical waveguide formed on the substrate, and a modulating electrode for modulating light passing through the optical waveguide; and a termination substrate, arranged outside of the optical modulation element, and adapted to receive a microwave signal for operating the optical modulation element from the optical modulation element at a signal introduction terminal arranged on the termination substrate and to supply the microwave signal to a termination device; characterised in that the termination device is arranged on the termination substrate; a recombination suppression means that prevents a radiation mode generated by the reflection of the microwave signal at the termination device from entering the signal introduction terminal, is provided on the termination substrate, and the recombination suppression means is arranged in front of and next to the signal introduction terminal and is a means that shields the signal introduction terminal from the radiation mode of the reflected microwave signal or removes the radiation mode of the reflected microwave signal to the outside of the termination substrate. an optical modulation element having a substrate with an electro-optic effect, an optical waveguide formed on the substrate, and a modulating electrode for modulating light passing through the optical waveguide; and a termination substrate, arranged outside of the optical modulation element, and adapted to receive a microwave signal for operating the optical modulation element from the optical modulation element at a signal introduction terminal arranged on the termination substrate and to supply the microwave signal to a termination device; characterised in that the termination device is arranged on the termination substrate; a recombination suppression means that prevents a radiation mode generated by the reflection of the microwave signal at the termination device from entering the signal introduction terminal, is provided on the termination substrate, and the recombination suppression means is arranged in front of and next to the signal introduction terminal and is a means that shields the signal introduction terminal from the radiation mode of the reflected microwave signal or removes the radiation mode of the reflected microwave signal to the outside of the termination substrate.
A method for preparing trishydroxymethyl phosphine from tetrakishydroxymethyl phosphonium salt, said method comprising at least the steps of: - continuously feeding a first reaction chamber with, from one hand, at least one tetrakishydroxymethyl phosphonium salt and, from another hand, at least one base, under conditions suitable for a reaction of said tetrakishydroxymethyl phosphonium salt(s) with said base(s), at a pH ranging from 6.5 to 7.5, to form a mixture of trishydroxymethyl phosphine and formaldehyde; and - continuously removing said formaldehyde. - continuously feeding a first reaction chamber with, from one hand, at least one tetrakishydroxymethyl phosphonium salt and, from another hand, at least one base, under conditions suitable for a reaction of said tetrakishydroxymethyl phosphonium salt(s) with said base(s), at a pH ranging from 6.5 to 7.5, to form a mixture of trishydroxymethyl phosphine and formaldehyde; and - continuously removing said formaldehyde.
Control server in a communication network, wherein the control server is provided for the purpose of distributing a data volume assigned to a group of electronic subscriber identity modules, wherein the group of electronic subscriber identity modules has a first subscriber identity module and a second subscriber identity module, having: a communication interface for receiving a first identification of the first subscriber identity module and/or a second identification of the second subscriber identity module; and a processor which is configured to assign a first partial data volume of the data volume to the first electronic subscriber identity module and/or to assign a second partial data volume of the data volume to the second electronic subscriber identity module according to an electronic distribution rule. a communication interface for receiving a first identification of the first subscriber identity module and/or a second identification of the second subscriber identity module; and a processor which is configured to assign a first partial data volume of the data volume to the first electronic subscriber identity module and/or to assign a second partial data volume of the data volume to the second electronic subscriber identity module according to an electronic distribution rule.
A method for data transmission on a contention based physical data channel, PDCH, the method being performed by a wireless device, the method comprising: sending a first data transmission on the contention based PDCH to an access node; receiving a response to the first data transmission from the access node, wherein the response is either an acknowledgment, ACK, protocol message of the first data transmission or a negative-acknowledgment, NACK, protocol message of the first data transmission; determining a signal strength of the response; and acting (S110, S112) as if the first data transmission either was collision-free or collided with another data transmission of another wireless device depending on a comparison between the signal strength and a threshold defined by an expected signal strength of the response. sending a first data transmission on the contention based PDCH to an access node; receiving a response to the first data transmission from the access node, wherein the response is either an acknowledgment, ACK, protocol message of the first data transmission or a negative-acknowledgment, NACK, protocol message of the first data transmission; determining a signal strength of the response; and acting (S110, S112) as if the first data transmission either was collision-free or collided with another data transmission of another wireless device depending on a comparison between the signal strength and a threshold defined by an expected signal strength of the response.
An internal combustion engine which is operable in a compression ignition mode at least under certain operating conditions, in which mode the combustion mixture, present in the combustion chamber, reaches auto-ignition conditions during the course of the process and auto-ignites, wherein the internal combustion engine comprises a trigger unit for triggering the auto-ignition during the compression ignition mode before reaching the auto-ignition conditions, characterised in that the trigger unit is configured as a corona ignition system (corona ZS) and is operable as a trigger unit for triggering the auto-ignition during the compression ignition mode by generating a non-thermal plasma such that a time-specific initialisation of the spatial auto-ignition takes place due to the generated corona discharge, in that radicals form along the corona threads, as a result of which a very rapid ignition is initialised along the coronal threads and the auto-ignition is thereby triggered in the remaining regions of the combustion chamber.
A railroad vehicle formed by dispersedly mounting a plurality of vehicles with main power devices that are supplied with power from a power supply line through a pantograph and constitute power supply units, the railroad vehicle comprising: a plurality of vehicle units in which respective vehicles are coupled; a cable placed astride the vehicles to connect the power supply unit of each vehicle unit; and a disconnector (12 A, 12 B) that is installed at some midpoint in the cable; characterized in that the disconnector is configured to electrically separate the vehicle units from one another wherein the railroad vehicle is configured to automatically conduct the separating work. a plurality of vehicle units in which respective vehicles are coupled; a cable placed astride the vehicles to connect the power supply unit of each vehicle unit; and a disconnector (12 A, 12 B) that is installed at some midpoint in the cable;
A cement composition comprising: water; a cement; and a particulate elastomer comprising a carboxy group, wherein the carboxy group comprises a carbon atom linked by a double bond to an oxygen atom, linked by a single bond to another carbon atom, and linked by another single bond to an oxygen, nitrogen, sulfur, or a carboxy carbon, and wherein the particulate carboxylated elastomer is present in an amount in the range of from 0.5% to 25% by weight of total solids present in the cement composition, and wherein the carboxy group is present in the particulate elastomer in an amount in the range of from 0.01% to 20% by weight of the particulate elastomer. water; a cement; and a particulate elastomer comprising a carboxy group, wherein the carboxy group comprises a carbon atom linked by a double bond to an oxygen atom, linked by a single bond to another carbon atom, and linked by another single bond to an oxygen, nitrogen, sulfur, or a carboxy carbon, and wherein the particulate carboxylated elastomer is present in an amount in the range of from 0.5% to 25% by weight of total solids present in the cement composition, and wherein the carboxy group is present in the particulate elastomer in an amount in the range of from 0.01% to 20% by weight of the particulate elastomer.
A genetically modified Fah-deficient rat whose genome is homozygous for a disruption in the Fah gene such that the disruption results in loss of expression of functional FAH protein and decreased liver function.
A system for classifying image data on the basis of a model for adapting to an object in the image data, the system comprising: - a segmentation unit for segmenting the image data by adapting the model to the object in the image data; and - a classification unit for assigning a class to the image data on the basis of the model adapted to the object in the image data, thereby classifying the image data, wherein the classification unit comprises an attribute unit for determining a value of an attribute of the model on the basis of the model adapted to the object in the image data, and wherein the assigned class is based on the computed value of the attribute, wherein the user is enabled to select the attribute to be used by the classification unit; wherein the segmentation unit is further arranged for segmenting second image data stored in the form of a handbook or encyclopedia in a database by adapting the model to a second object in the second image data, wherein the classification unit is further arranged for assigning a second class to the second image data on the basis of the model adapted to the second object in the second image data, thereby classifying the second image data, wherein the system further comprises a comparison unit for comparing the class assigned to the image data with the second class assigned to the second image data, and wherein the system is configured to find the second image data when it is determined in the comparison of the class assigned to the image data with the second class assigned to the second image data that the class assigned to the image data and the second class assigned to the second image data satisfy a predetermined condition. - a segmentation unit for segmenting the image data by adapting the model to the object in the image data; and - a classification unit for assigning a class to the image data on the basis of the model adapted to the object in the image data, thereby classifying the image data,
Temperature-dependent switch which comprises a first and a second stationary counter contact (19, 21; 19, 21'), a temperature-dependent switching mechanism (12; 12') with a contact member (24; 26; 45), and a housing (11, 11') on which the two counter contacts (19, 21; 19', 21') are provided, and in which the switching mechanism (12; 12') is arranged, wherein the switching mechanism (12; 12'), in its first switching positions, presses the contact member (24; 26; 45) against the first counter contact (19, 19') and, in this case, produces an electrically conducting connection between the two counter contacts (19, 21; 19', 21') via the contact member (24; 26; 45), and in its second switching position, holds the contact member (24; 26; 45) at a spacing from the first counter contact (19; 19'), wherein a closing lock, which interacts directly with the contact member (24; 26; 45) and prevents a switch that has been opened once from closing again, is provided, characterized in that the closing lock comprises at least one first latching member (57, 58; 61, 62; 68, 69) at the contact member (24; 26; 45) and a second latching member (57, 58; 61, 62; 68, 69) interacting therewith, which second latching member is arranged in and connected to said housing (11, 11'), and that the closing lock locks the temperature-dependent switching mechanism (12; 12') permanently in the second switching position thereof in a mechanical manner. comprises a first and a second stationary counter contact (19, 21; 19, 21'), a temperature-dependent switching mechanism (12; 12') with a contact member (24; 26; 45), and a housing (11, 11') on which the two counter contacts (19, 21; 19', 21') are provided, and in which the switching mechanism (12; 12') is arranged, wherein the switching mechanism (12; 12'), in its first switching positions, presses the contact member (24; 26; 45) against the first counter contact (19, 19') and, in this case, produces an electrically conducting connection between the two counter contacts (19, 21; 19', 21') via the contact member (24; 26; 45), and in its second switching position, holds the contact member (24; 26; 45) at a spacing from the first counter contact (19; 19'), wherein a closing lock, which interacts directly with the contact member (24; 26; 45) and prevents a switch that has been opened once from closing again, is provided, characterized in that the closing lock comprises at least one first latching member (57, 58; 61, 62; 68, 69) at the contact member (24; 26; 45) and a second latching member (57, 58; 61, 62; 68, 69) interacting therewith, which second latching member is arranged in and connected to said housing (11, 11'), and that the closing lock locks the temperature-dependent switching mechanism (12; 12') permanently in the second switching position thereof in a mechanical manner.