mhurhangee/ep-ind-claims huggingface dataset:
A method for synchronizing policy in a control plane, the method comprising: associating, by a network management system, NMS, a first identifier, ID, with a first policy of a network, wherein the first ID uniquely identifies the first policy; pushing, by the NMS, the first policy to the control plane comprising a plurality of controllers; exchanging, by the NMS, the first ID with the plurality of controllers; and determining, by the NMS, at least one controller of the plurality of controllers from which confirmation of the first ID is not received is a stale controller. associating, by a network management system, NMS, a first identifier, ID, with a first policy of a network, wherein the first ID uniquely identifies the first policy; pushing, by the NMS, the first policy to the control plane comprising a plurality of controllers; exchanging, by the NMS, the first ID with the plurality of controllers; and determining, by the NMS, at least one controller of the plurality of controllers from which confirmation of the first ID is not received is a stale controller.
A computer-implemented method for designing a virtual model of a customised abutment for use in designing a virtual dental prosthetic comprising the customised abutment, an implant and a restoration, the method comprising the steps of, - obtaining a digital data set representing a dental situation of a patient comprising information on implant type, position and orientation along an implant axis, - designing a customised abutment by designing an implant surface for contact to the implant along the implant axis and a restoration surface for contact to a restoration, where an emergence profile of the abutment is designed which separate the implant surface and the restoration surface, - splitting the customised abutment into a customised abutment base, which is suited to be arranged adjacent to the implant, and a customised abutment top adjacent the customised abutment base, where the customised abutment base and the customised abutment top extends along an abutment axis. - obtaining a digital data set representing a dental situation of a patient comprising information on implant type, position and orientation along an implant axis, - designing a customised abutment by designing an implant surface for contact to the implant along the implant axis and a restoration surface for contact to a restoration, where an emergence profile of the abutment is designed which separate the implant surface and the restoration surface, - splitting the customised abutment into a customised abutment base, which is suited to be arranged adjacent to the implant, and a customised abutment top adjacent the customised abutment base, where the customised abutment base and the customised abutment top extends along an abutment axis.
A degradation detector of an exhaust gas sensor, comprising: a heater current estimator for estimating a current of a heater, that heats the exhaust gas sensor, based on a device resistance of the exhaust gas sensor; a heater current detector for detecting a current of the heater; a degradation determiner for determining whether the exhaust gas sensor is degraded, by comparing the estimated current of the heater and the detected current of the heater; a device temperature-device resistance map for storing a relationship between the device resistances and temperatures of the device; and a heater temperature-heater current map for storing a relationship between temperatures of the heater and the heater currents; wherein the heater current estimator, for estimating the heater current, is adapted to: obtain a device temperature from the device temperature-device resistance map based on the device resistance of the exhaust gas sensor, estimate a temperature of the heater, and obtain a heater current from the heater temperature-heater current map based on the estimated heater temperature. a heater current estimator for estimating a current of a heater, that heats the exhaust gas sensor, based on a device resistance of the exhaust gas sensor; a heater current detector for detecting a current of the heater; a degradation determiner for determining whether the exhaust gas sensor is degraded, by comparing the estimated current of the heater and the detected current of the heater; a device temperature-device resistance map for storing a relationship between the device resistances and temperatures of the device; and a heater temperature-heater current map for storing a relationship between temperatures of the heater and the heater currents; wherein the heater current estimator, for estimating the heater current, is adapted to: obtain a device temperature from the device temperature-device resistance map based on the device resistance of the exhaust gas sensor, estimate a temperature of the heater, and obtain a heater current from the heater temperature-heater current map based on the estimated heater temperature. obtain a device temperature from the device temperature-device resistance map based on the device resistance of the exhaust gas sensor, estimate a temperature of the heater, and obtain a heater current from the heater temperature-heater current map based on the estimated heater temperature.
Modular unit consisting of a fault current circuit breaker and an overvoltage protection device, wherein the fault current circuit breaker has connections (5, 6) for the phase conductors (L1, L2, L3) and the neutral conductor, and the overvoltage protection device has at least one overvoltage protection element comprising an arrester (9, 10), in particular a surge arrester, characterized in that the overvoltage protection device is arranged in front of the fault current circuit breaker in the direction of energy flow from the point of view of the feeding grid, and in that the electrical connection between the conductor (L1, L2, L3, N) to be connected to the input-side connections (5, 6) of the fault current circuit breaker and the individual overvoltage protection elements is performed via pre-bent conductor elements.
A method for determining the geographical position of a mobile terminal that is operable in a mobile radio network, wherein the mobile radio network comprises devices (2, 3, 4) forming a cellular network structure composed of radio cells, comprising the following process steps: - storing parameters for describing reception characteristics dependant on the location of a signal, wherein the parameters will be stored together with at least one information item for identifying the receiving location, - receiving parameters which describe the reception characteristics of a currently received signal, wherein the parameters are assigned to the mobile terminal and - determining the local position of the mobile terminal by comparing the received parameters with stored parameters, wherein the signal will be sent from a device (3, 4) of the mobile radio network and received by a mobile terminal, and a corresponding signal response of the mobile terminal comprising the respectively current parameters with respect to the reception characteristics of the signal will be received by the device (3, 4) of the mobile radio network and topographically caused changes and/or changes caused by the mobile radio network with respect to the reception of the devices of the mobile radio network which form at least one radio cell will be gathered by the at least one mobile terminal within the scope of an adaptation of the stored parameters that preferably takes place dynamically. - storing parameters for describing reception characteristics dependant on the location of a signal, wherein the parameters will be stored together with at least one information item for identifying the receiving location, - receiving parameters which describe the reception characteristics of a currently received signal, wherein the parameters are assigned to the mobile terminal and - determining the local position of the mobile terminal by comparing the received parameters with stored parameters,
A method of detecting ice formed on a structure, the method comprising: supplying power to a heater mat, the heater mat being in thermal contact with the structure on which ice is to be detected, and the power being sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC; measuring a surface temperature of the structure adjacent the heater mat over a first period; comparing the measured surface temperature over the first period with a model defining surface temperature characteristics of the structure and heater mat; and detecting ice formed on a structure based on a difference between the measured surface temperature and the model when the heater mat is supplied with power sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC, wherein the model defining surface temperature characteristics of the structure and heater mat comprises data defining a temperature characteristic for a power supplied to the heater mat when the structure has no ice on the surface or when the structure is in a non-icing condition. supplying power to a heater mat, the heater mat being in thermal contact with the structure on which ice is to be detected, and the power being sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC; measuring a surface temperature of the structure adjacent the heater mat over a first period; comparing the measured surface temperature over the first period with a model defining surface temperature characteristics of the structure and heater mat; and detecting ice formed on a structure based on a difference between the measured surface temperature and the model when the heater mat is supplied with power sufficient to heat a surface of the structure adjacent the heater mat to greater than 0oC, wherein the model defining surface temperature characteristics of the structure and heater mat comprises data defining a temperature characteristic for a power supplied to the heater mat when the structure has no ice on the surface or when the structure is in a non-icing condition.
A heating apparatus of a specimen testing apparatus, the specimen testing apparatus including a sample rack of bio-liquid containers and an incubator, the heating apparatus comprising: a test vessel pre-heating apparatus comprising: a receptacle sized to receive a test vessel therein; and at least one heating unit configured to heat by direct contact a side of the test vessel, characterized in that the receptacle comprises at least one movable wall configured to clamp the at least one heating unit against the side of the test vessel, preferably further comprising an actuator configured to move the movable wall, and a controller configured to operate the actuator and in that the at least one heating unit comprises a pliable thermally conductive insulator configured to be in contact with the side of the test vessel a receptacle sized to receive a test vessel therein; and at least one heating unit configured to heat by direct contact a side of the test vessel, characterized in that the receptacle comprises at least one movable wall configured to clamp the at least one heating unit against the side of the test vessel, preferably further comprising an actuator configured to move the movable wall, and a controller configured to operate the actuator and in that the at least one heating unit comprises a pliable thermally conductive insulator configured to be in contact with the side of the test vessel
A self-retractable step comprising a foot member comprising at least two steps, and a load bearing member on a base of the foot member, deployment of the foot member is performed by placing the foot and pressing downward on at least one of said at least two steps, and a cylindrical assembly coupled to the foot member and mountable on a floor, the cylindrical assembly comprising a protuberance member configured to act as a stopper to hold the foot member in a predetermined position, and a rotary member configured to move the foot member between a horizontal position and a vertical position. a foot member comprising at least two steps, and a load bearing member on a base of the foot member, at least two steps, and a load bearing member on a base of the foot member, deployment of the foot member is performed by placing the foot and pressing downward on at least one of said at least two steps, and a cylindrical assembly coupled to the foot member and mountable on a floor, the cylindrical assembly comprising a protuberance member configured to act as a stopper to hold the foot member in a predetermined position, and a rotary member configured to move the foot member between a horizontal position and a vertical position.
Agricultural round baler with a baling chamber consisting of a plurality of driven pressing rollers (26, 26', 26'') which are arranged over a circumference of the baling chamber and by means of which a rotation-generating or rotation-obtained engagement action on a bale located in the baling chamber can be produced, wherein the baling chamber has an opening through which the pressed bale can be discharged, characterized in that, on a lower side of the baling chamber, the pressing roller (26', 26") which is arranged directly on the rear side of the opening and directly on the front side of the opening in each case has a composition having a greater engagement action on the bale than the remaining pressing rollers.
A method for detection of malware on a computer, the method comprising: detecting, by a hardware processor, a process of an untrusted program on the computer; identifying, by the hardware processor, function calls made by the process of the untrusted program, including inter-process function calls made by the process to a destination process; determining, by the hardware processor, whether to perform malware analysis of a code in an address space of the destination process that was subject of an inter-process function call made by the process of the untrusted program; and when it is determined to perform malware analysis, analyzing the code in an address space of the destination process that was subject of an inter-process function call made by the process of the untrusted program using antivirus software executable by the hardware processor. detecting, by a hardware processor, a process of an untrusted program on the computer; identifying, by the hardware processor, function calls made by the process of the untrusted program, including inter-process function calls made by the process to a destination process; determining, by the hardware processor, whether to perform malware analysis of a code in an address space of the destination process that was subject of an inter-process function call made by the process of the untrusted program; and when it is determined to perform malware analysis, analyzing the code in an address space of the destination process that was subject of an inter-process function call made by the process of the untrusted program using antivirus software executable by the hardware processor.
A computer-implemented method comprising: receiving a first radar signal representing reflections of a radar field off first and second points of a hand at a first time, the first and second points of the hand moving relative to one another within the radar field; determining, based on energies of the first radar signal, velocities of the first and second points of the hand at the first time; receiving a second radar signal representing reflections of the radar field off the first and second points of the hand at a second time; determining, based on energies of the second radar signal, velocities of the first and second points of the hand at the second time; calculating, based on the velocities of the first and second points of the hand at the first and second times, a relative velocity between the first and second points of the hand; determining, based on the relative velocity between the first and second points of the hand and an elapsed time between the first and second times, a millimeter-scale change in displacement between the first and second points of the hand; determining a gesture based on the change in displacement between the first and second points of the hand; and passing the gesture effective to control or alter a display, function, or capability of a device. receiving a first radar signal representing reflections of a radar field off first and second points of a hand at a first time, the first and second points of the hand moving relative to one another within the radar field; determining, based on energies of the first radar signal, velocities of the first and second points of the hand at the first time; receiving a second radar signal representing reflections of the radar field off the first and second points of the hand at a second time; determining, based on energies of the second radar signal, velocities of the first and second points of the hand at the second time; calculating, based on the velocities of the first and second points of the hand at the first and second times, a relative velocity between the first and second points of the hand; determining, based on the relative velocity between the first and second points of the hand and an elapsed time between the first and second times, a millimeter-scale change in displacement between the first and second points of the hand; determining a gesture based on the change in displacement between the first and second points of the hand; and passing the gesture effective to control or alter a display, function, or capability of a device.
Projectile with a frangible material for short a range ammunition, the projectile comprising a jacket of brass, the jacket, seen in flight direction, has a front cylindrical receptacle space and a rear cylindrical receptacle space, the two receptacle spaces (4a, 4b) are arranged coaxially with the longitudinal axis of the projectile and are separated from one another by a partition wall, the partition wall forms the base of the front receptacle space and a core made of a frangible material is inserted into the front receptacle space, the core protruding with its tip from the front receptacle space, characterized in that in the region of the partition wall, at least one predetermined breaking point which runs around the jacket is incorporated in the jacket.
A method for liquid cooling of an electric motor of inner rotor type comprising a rotor of hub type and a stator provided with windings, comprising the steps of: - supplying a cooling liquid for said cooling to at least one end of the hub of said rotor; - feeding supplied cooling liquid at least radially in said hub by means of the rotation of said hub, and - by means of the rotation of the rotor throwing thus fed cooling liquid towards said stator characterized by that said hub comprises an internal liquid collecting surface (25, 26) which is forming an angle (α) relative to axial extension of the electric motor, thereby the inner radius of the hub increasing in a direction from a respective end of the hub axially inwardly towards a wall portion of the hub, for retaining of the cooling liquid for said feeding of the cooling liquid in said hub. - supplying a cooling liquid for said cooling to at least one end of the hub of said rotor; - feeding supplied cooling liquid at least radially in said hub by means of the rotation of said hub, and - by means of the rotation of the rotor throwing thus fed cooling liquid towards said stator characterized by that said hub comprises an internal liquid collecting surface (25, 26) which is forming an angle (α) relative to axial extension of the electric motor, thereby the inner radius of the hub increasing in a direction from a respective end of the hub axially inwardly towards a wall portion of the hub, for retaining of the cooling liquid for said feeding of the cooling liquid in said hub.
A clamping structure for a personal ornament, comprising a primary ornamental body as a first member and a clamping member as a second member, a pair of mounting legs (3, 4) and a mounting base held in therebetween being formed at an end of the primary ornamental body and an end of the clamping member, respectively, the pair of mounting legs (3, 4) and the mounting base being pivotably attached to each other with one or two or more elastic metal plate members interposed therebetween, the pivot portion being swaged together with the metal plate member, the clamping structure for a personal ornament being characterized in that the mounting base has a recessed groove or notch formed in its outer periphery, and when the mounting legs (3, 4) and the mounting base formed on the primary ornamental body as the first member and the clamping member as the second member, respectively, are relatively turned, the metal plate member is deflected inward into the recessed groove or notch of the mounting base, and the deflected portion is engaged with an end edge of the recessed groove or notch of the mounting base.
A hybrid powertrain comprising an internal combustion engine; a gearbox with an input shaft and an output shaft; a first planetary gear, connected to the input shaft; a second planetary gear, connected to the first planetary gear; a first electrical machine, connected to the first planetary gear; a second electrical machine, connected to the second planetary gear; at least one gear pair (60, 72), connected with the first planetary gear and the output shaft; and at least one gear pair (66, 78), connected with the second planetary gear and the output shaft, wherein the internal combustion engine is connected with the first planetary gear via the input shaft, wherein a countershaft is arranged between the respective first and second planetary gear (10, 12) and the output shaft; characterised in that in the countershaft is connected with the output shaft via a range gearbox, wherein the range gearbox comprises a third planetary gear, which is equipped with a third planetary wheel carrier, which is connected with the output shaft, wherein the range gear-box is shiftable by means of a third coupling device between a low range position and a high range position, wherein said third coupling device is arranged to releasably connect a third ring gear, arranged in the third planetary gear, with a gearbox house in the low range position, and with the third planetary wheel carrier in the high range position, wherein a sixth gear pair (G5, 125) is arranged between the countershaft and the third planetary wheel carrier of the third planetary gear. a countershaft is arranged between the respective first and second planetary gear (10, 12) and the output shaft; characterised in that in the countershaft is connected with the output shaft via a range gearbox, wherein the range gearbox comprises a third planetary gear, which is equipped with a third planetary wheel carrier, which is connected with the output shaft, wherein the range gear-box is shiftable by means of a third coupling device between a low range position and a high range position, wherein said third coupling device is arranged to releasably connect a third ring gear, arranged in the third planetary gear, with a gearbox house in the low range position, and with the third planetary wheel carrier in the high range position, wherein a sixth gear pair (G5, 125) is arranged between the countershaft and the third planetary wheel carrier of the third planetary gear.