mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of providing an augmented editor for network configuration parameter settings, the method comprising: receiving an indication, from a graphical user interface presenting the augmented editor, that a parameter value associated with a network device configuration file for a first network device has been identified for update; determining possible value options for the parameter value based on information about the first network device and other devices within a network configuration domain that includes the first device, said information being contained in a network configuration data repository; providing information regarding possible value options for the parameter value to the graphical user interface for display in a window of the graphical user interface; receiving a selection of one of the possible value options; instructing the augmented editor to use at least a portion of the provided information to perform an update of the parameter value based on the selection; and receiving an indication that the parameter value has been updated with a new parameter value. receiving an indication, from a graphical user interface presenting the augmented editor, that a parameter value associated with a network device configuration file for a first network device has been identified for update; determining possible value options for the parameter value based on information about the first network device and other devices within a network configuration domain that includes the first device, said information being contained in a network configuration data repository; providing information regarding possible value options for the parameter value to the graphical user interface for display in a window of the graphical user interface; receiving a selection of one of the possible value options; instructing the augmented editor to use at least a portion of the provided information to perform an update of the parameter value based on the selection; and receiving an indication that the parameter value has been updated with a new parameter value.
A method of post-surgical risk stratification of a prostate cancer subject, comprising: - determining a transmembrane protease, serine 2 - ETS-related gene (TMPRSS2-ERG) fusion status in a biological sample obtained from the subject, - determining a gene expression profile for each of one or more phosphodiesterase 4D variants in a biological sample obtained from the subject, - determining an expression based risk score for the subject based on the gene expression profile for a selected phosphodiesterase 4D variant, and - determining a post-surgical prognostic risk score for the subject based on the expression based risk score and post-surgical clinical variables of the subject, wherein the selected phosphodiesterase 4D variant is selected depending on the TMPRSS2-ERG fusion status, wherein, if the TMPRSS2-ERG fusion status is positive, the selected phosphodiesterase 4D variant is selected to be a first phosphodiesterase 4D variant, and, if the TMPRSS2-ERG fusion status is negative, the selected phosphodiesterase 4D variant is selected to be a second phosphodiesterase 4D variant. - determining a transmembrane protease, serine 2 - ETS-related gene (TMPRSS2-ERG) fusion status in a biological sample obtained from the subject, - determining a gene expression profile for each of one or more phosphodiesterase 4D variants in a biological sample obtained from the subject, - determining an expression based risk score for the subject based on the gene expression profile for a selected phosphodiesterase 4D variant, and - determining a post-surgical prognostic risk score for the subject based on the expression based risk score and post-surgical clinical variables of the subject,
A method of surveilling mixing and separation of a suspension comprising solid phase particles for separation of an analyte, comprising the steps of - mixing or separating a suspension comprising solid phase particles from a liquid in a vessel, wherein said vessel comprises an open top end and a closed bottom and is comprised in a multiwell plate; - illuminating said vessel with a light source; - detecting light illuminated by said light source with said detecting device, wherein said detecting device is positioned above said vessel, wherein the detected light is a measure of the particle distribution of solid phase particles present in said liquid, wherein the detecting of light comprises acquiring images of the illuminated light, - Measuring and calculating particle distribution from these images of light by a control unit, wherein the measurement is based on the reduced amount of light passing the liquid in the presence of solid phase particles, wherein said particle distribution is measured when separation is terminated wherein said control unit identifies individual vessels in which separation was insufficient, and wherein said vessels are then flagged by the control unit as invalid for the remainder of the analytical process. - mixing or separating a suspension comprising solid phase particles from a liquid in a vessel, wherein said vessel comprises an open top end and a closed bottom and is comprised in a multiwell plate; - illuminating said vessel with a light source; - detecting light illuminated by said light source with said detecting device, wherein said detecting device is positioned above said vessel, wherein the detected light is a measure of the particle distribution of solid phase particles present in said liquid, wherein the detecting of light comprises acquiring images of the illuminated light, - Measuring and calculating particle distribution from these images of light by a control unit, wherein the measurement is based on the reduced amount of light passing the liquid in the presence of solid phase particles, wherein said particle distribution is measured when separation is terminated
A seal (100, 200, 300) for use in an extrusion device for producing continuous profiles, in particular plastic pipes, comprising an elastic sealing disc (126, 326), which is arranged in a plane approximately perpendicularly to the extrusion direction and has a through-passage opening (132, 332) for passage of the continuous profile, with a sealing rim (130, 330) lying against the continuous profile, and connection means (128, 328) arranged along the sealing rim (130, 330), and clamping means (120, 220, 320) for exerting a force, acting radially to the extrusion axis, onto the connection means (128, 328), wherein the clamping means (120, 220, 320) are arranged in a plane parallel to the sealing disc (126, 326), form a passage opening (122, 222, 332) for the continuous profile and comprise linking means (124, 224, 324) for linking the connection means (128, 328) with the clamping means (120, 220, 320), characterized in that the connection means (128, 328) are vulcanized into the sealing disc (126, 326).
A system to connect a first pipe and a second pipe, said system comprising: - the first pipe - the second pipe - a locking ring having a beveled part; - a locking flange being connected to the second pipe and being configured to push, in a longitudinal direction of the first pipe, the beveled part of the locking ring against a corresponding beveled portion connected to the second pipe so that a friction force between the locking ring and the first pipe is equal to at least 60% of a pull-out force in response to said pull-out force directed in said longitudinal direction and applied to the first pipe. wherein the corresponding beveled portion is part of a middle flange that is installed between the locking flange and the second pipe. wherein the first pipe has a nozzle recess and wherein the middle flange holds said nozzle recess. - the first pipe - the second pipe - a locking ring having a beveled part; - a locking flange being connected to the second pipe and being configured to push, in a longitudinal direction of the first pipe, the beveled part of the locking ring against a corresponding beveled portion connected to the second pipe so that a friction force between the locking ring and the first pipe is equal to at least 60% of a pull-out force in response to said pull-out force directed in said longitudinal direction and applied to the first pipe.
Electric powertrain of an electric powertrain vehicle comprising a rotating electric machine, a speed reducer and first and second shock impactors (IMG; IMD) having first mechanical attachment interfaces ( O1, O2; O7, O8) with said powertrain, characterized in that it also comprises at least one anti-torsion bar (TR1, TR2) and said first and second impactors (IMG; IMD) comprise second mechanical fixing interfaces (O5, O6; 010, 011) with anti-twist bar ends of said anti-twist bar (TR1, TR2).
A sensor device for a device for weathering or lightfastness testing of samples, comprising: a sensor housing which can be arranged within a device for weathering or lightfastness testing of samples and with which at least two sensors from a group comprising a black panel or black standard sensor, a UV radiation sensor, an air temperature sensor, and a humidity sensor, wherein the sensor housing has an outer wall to which a black panel or black standard sensor is mounted, characterized in that the outer wall is formed by a plate spaced from a first outer wall of the sensor housing. a sensor housing which can be arranged within a device for weathering or lightfastness testing of samples and with which at least two sensors from a group comprising a black panel or black standard sensor, a UV radiation sensor, an air temperature sensor, and a humidity sensor, wherein the sensor housing has an outer wall to which a black panel or black standard sensor is mounted, characterized in that the outer wall is formed by a plate spaced from a first outer wall of the sensor housing.
An in-vehicle network system within a vehicle. comprising: a first controller area network, CAN, bus including a first node and a first secure transceiver; a second CAN bus including a second node and a second secure transceiver; a gateway to enable transmission of a CAN message from the first node to the second node; and an auxiliary communication link (112, 114) to transmit an auxiliary data derived from the CAN message from the first secure transceiver to the second secure transceiver, wherein the first secure transceiver and the second secure transceiver are fabricated in a same integrated circuit and the auxiliary communication link (112, 114) connects the first secure transceiver and the second secure transceiver within the integrated circuit. a first controller area network, CAN, bus including a first node and a first secure transceiver; a second CAN bus including a second node and a second secure transceiver; a gateway to enable transmission of a CAN message from the first node to the second node; and an auxiliary communication link (112, 114) to transmit an auxiliary data derived from the CAN message from the first secure transceiver to the second secure transceiver, wherein the first secure transceiver and the second secure transceiver are fabricated in a same integrated circuit and the auxiliary communication link (112, 114) connects the first secure transceiver and the second secure transceiver within the integrated circuit.
An electronic apparatus comprising: a camera; a memory configured to store attribute information of a plurality of objects, wherein the plurality of objects includes at least one person, and environment information; and a processor configured to: identify a person based on an image obtained by the camera, identify a relationship between attribute information of the person and the environment information, wherein the relationship indicates a state or an operation between the attribute information of the person and the environment information, identify a first context based on the relationship between the attribute information of the person and the environment information, and set a traveling route of the electronic apparatus based on the first context; wherein the processor is further configured to: identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context. a camera; a memory configured to store attribute information of a plurality of objects, wherein the plurality of objects includes at least one person, and environment information; and a processor configured to: identify a person based on an image obtained by the camera, identify a relationship between attribute information of the person and the environment information, wherein the relationship indicates a state or an operation between the attribute information of the person and the environment information, identify a first context based on the relationship between the attribute information of the person and the environment information, and set a traveling route of the electronic apparatus based on the first context; wherein the processor is further configured to: identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context. identify a person based on an image obtained by the camera, identify a relationship between attribute information of the person and the environment information, wherein the relationship indicates a state or an operation between the attribute information of the person and the environment information, identify a first context based on the relationship between the attribute information of the person and the environment information, and set a traveling route of the electronic apparatus based on the first context; wherein the processor is further configured to: identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context. identify a first predicted context of the person based on the relationship between the attribute information of the person and the environment information, and change the traveling route of the electronic apparatus based on the first predicted context.
A method implemented by a first controller in a network comprising a cluster of controllers (109A-D) including the first controller and a second controller, the method comprising: establishing a border gateway protocol, BGP, session with a network element, NE, (110, 111) in the network; transmitting, to the NE (110, 111), a first BGP message comprising the first controllers network layer reachability information, NLRI, the first controllers NLRI carrying an identifier, ID, of each controller (109A-D) in the cluster of controllers, the first controllers NLRI also carrying a position of the first controller relative to other controllers in the cluster of controllers based on an order of priority; receiving, from the NE, a second BGP message comprising a second controllers NLRI, the second controllers NLRI carrying the IDs (315A-N) of all controllers (109A-D) in the cluster of controllers, the second controllers NLRI carrying a position of the second controller relative to the other controllers in the cluster of controllers based on the order of priority; and determining a primary controller from the cluster of controllers based on the position of the first controller carried in the first controllers NLRI and the position of the second controller carried in the second controllers NLRI, with the primary controller being responsible for controlling the network. establishing a border gateway protocol, BGP, session with a network element, NE, (110, 111) in the network; transmitting, to the NE (110, 111), a first BGP message comprising the first controllers network layer reachability information, NLRI, the first controllers NLRI carrying an identifier, ID, of each controller (109A-D) in the cluster of controllers, the first controllers NLRI also carrying a position of the first controller relative to other controllers in the cluster of controllers based on an order of priority; receiving, from the NE, a second BGP message comprising a second controllers NLRI, the second controllers NLRI carrying the IDs (315A-N) of all controllers (109A-D) in the cluster of controllers, the second controllers NLRI carrying a position of the second controller relative to the other controllers in the cluster of controllers based on the order of priority; and determining a primary controller from the cluster of controllers based on the position of the first controller carried in the first controllers NLRI and the position of the second controller carried in the second controllers NLRI, with the primary controller being responsible for controlling the network.
A system for inductively heating a workpiece, comprising: an induction coil configured to conduct an alternating current and generate a magnetic field in response to the alternating current; at least one susceptor face sheet configured to have a workpiece positioned therewith, the susceptor face sheet being formed of a ferro-magnetic alloy having a Curie temperature and being inductively heatable to an equilibrium temperature approaching the Curie temperature in response to the magnetic field; and a current controller coupled to the induction coil and being configured to adjust a frequency of the alternating current and/or an amperage of the alternating current in a manner causing a change in the equilibrium temperature of the susceptor face sheet and/or a rate of heating of the susceptor face sheet. an induction coil configured to conduct an alternating current and generate a magnetic field in response to the alternating current; at least one susceptor face sheet configured to have a workpiece positioned therewith, the susceptor face sheet being formed of a ferro-magnetic alloy having a Curie temperature and being inductively heatable to an equilibrium temperature approaching the Curie temperature in response to the magnetic field; and a current controller coupled to the induction coil and being configured to adjust a frequency of the alternating current and/or an amperage of the alternating current in a manner causing a change in the equilibrium temperature of the susceptor face sheet and/or a rate of heating of the susceptor face sheet.
A coating composition comprising: (a) a continuous phase comprising water; and (b) a dispersed phase comprising a microgel having a mean particle size of greater than 50 nanometers and no more than 900 nanometers as measured according to International Standard ISO 13321 and formed from reactants comprising: (i) no more than 5 percent by weight, based on the total weight of the reactants, of a multiethylenically unsaturated compound, and (ii) a plurality of monoethylenically unsaturated compounds selected so as to provide a copolymer having a calculated Tg of greater than 100°C and comprising a cycloaliphatic (meth)acrylate. (a) a continuous phase comprising water; and (b) a dispersed phase comprising a microgel having a mean particle size of greater than 50 nanometers and no more than 900 nanometers as measured according to International Standard ISO 13321 and formed from reactants comprising: (i) no more than 5 percent by weight, based on the total weight of the reactants, of a multiethylenically unsaturated compound, and (ii) a plurality of monoethylenically unsaturated compounds selected so as to provide a copolymer having a calculated Tg of greater than 100°C and comprising a cycloaliphatic (meth)acrylate. (i) no more than 5 percent by weight, based on the total weight of the reactants, of a multiethylenically unsaturated compound, and (ii) a plurality of monoethylenically unsaturated compounds selected so as to provide a copolymer having a calculated Tg of greater than 100°C and comprising a cycloaliphatic (meth)acrylate.
Crew warning system, having • a large number of terminals (E11... E42), which are configured to be carried by a track worker as equipment, • a central unit, which is configured to establish a communication connection (K1,K2) to each of the terminals (E11... E42), wherein the terminals (E11... E42) are combined to form device groups (GG1, GG2) of at least two devices, wherein the terminals (E11... E42) of each device group (GG1, GG2) are configured to be carried jointly by a track worker as equipment, characterised in that • the terminals (E11... E42) of each device group (GG1, GG2) are designed to establish a communication connection amongst themselves for transferring a signal relating to the functionality of the terminals for the identification of malfunctions of individual terminals, • all terminals (E11... E42) are configured, in the event of disruption to the functionality of individual terminals, to output a fault signal (FS1, FS2) to the central unit. • a large number of terminals (E11... E42), which are configured to be carried by a track worker as equipment, • a central unit, which is configured to establish a communication connection (K1,K2) to each of the terminals (E11... E42), wherein the terminals (E11... E42) are combined to form device groups (GG1, GG2) of at least two devices, wherein the terminals (E11... E42) of each device group (GG1, GG2) are configured to be carried jointly by a track worker as equipment, characterised in that wherein the terminals (E11... E42) are combined to form device groups (GG1, GG2) of at least two devices, wherein the terminals (E11... E42) of each device group (GG1, GG2) are configured to be carried jointly by a track worker as equipment, characterised in that • the terminals (E11... E42) of each device group (GG1, GG2) are designed to establish a communication connection amongst themselves for transferring a signal relating to the functionality of the terminals for the identification of malfunctions of individual terminals, • all terminals (E11... E42) are configured, in the event of disruption to the functionality of individual terminals, to output a fault signal (FS1, FS2) to the central unit.
A shank instrument, in particular medical-endoscopic shank instrument, with a hollow shank and with at least one housing which is integrated in the hollow shank at the distal side and which has at least one electronic picture sensor which is arranged therein for optically capturing a region which is located distally of the hollow shank and/or has light means which are arranged therein for illuminating this region, wherein the housing is movable in a straight-lined manner from a position, in which the picture sensor and/or the light means are arranged within the inner lumen of the hollow shank, into a position, in which the picture sensor and/or the light means are arranged outside the inner lumen of the hollow shank, wherein the housing is displaceable through an opening which is formed on the peripheral wall of the hollow shank and at its inner-lying outer side which is opposite and away from the opening which is formed on the peripheral wall of the hollow shank is supported on at least one elongate carrier which is guided in the hollow shank, is designed elastically resiliently transverse to its longitudinal extensions, extends essentially over the whole length of the hollow shank and is fixed in the region of the proximal end of the hollow shank or proximally of the hollow shank characterised in that the carrier is formed by a flat tube, in which connection leads which are connected to the picture sensor and/or to the light means are led proximally of the hollow shank, wherein the housing, via a cam guide (46, 50), is coupled in movement to a push-pull element which is movable into the hollow shank in the longitudinal direction of the hollow shank, said push-pull element being formed by a tube which has an outer diameter which corresponds to the inner diameter of the hollow shank.