mhurhangee/ep-ind-claims huggingface dataset:
Method of establishing and configuring a connection between a telecommunications network and an integrated access device via an access node of the telecommunications network, wherein the method comprises the steps of: - in a first step, creating a physical communications channel between the access node of the telecommunications network and the integrated access device, - in a second step, recognising and identifying the integrated access device by means of the telecommunications network, - in a third step, starting an interactive voice dialogue system via a voice connection, characterised by - in a fourth step, configuring the integrated access device by using the voice connection, wherein, in order to configure the integrated access device, configuration data are transmitted via the physical communications channel to the integrated access device, wherein the first step is performed prior to the second step, wherein the second step is performed prior to the third step, wherein the third step is performed prior to the fourth step. - in a first step, creating a physical communications channel between the access node of the telecommunications network and the integrated access device, - in a second step, recognising and identifying the integrated access device by means of the telecommunications network, - in a third step, starting an interactive voice dialogue system via a voice connection, characterised by - in a fourth step, configuring the integrated access device by using the voice connection, wherein, in order to configure the integrated access device, configuration data are transmitted via the physical communications channel to the integrated access device, wherein the first step is performed prior to the second step, wherein the second step is performed prior to the third step, wherein the third step is performed prior to the fourth step.
- Method for estimating parameters of a junction of a power semi-conductor element comprising: - Detecting at least one stable on-line operating condition through measurements (2, 3, 4) of Von, Ion, Tc on said power semi-conductor element where Ion is a current for which the on-state voltage Von of said power semi-conductor element is temperature sensitive and Tc is the temperature of the casing of said power semi-conductor element; - Measuring and storing at least one set of parameters Von, Ion, Tc of said at least one stable operating condition; - in a calculating unit, providing error minimizing calculations between a junction temperature estimation Tj of an electrical model Tj=F(Von, Ion, θelec) comprising a first set of unknown parameters θelec and another junction temperature estimation Tjmod of a thermal model Tjmod=G(lon, Tc, θmod) comprising a second set of unknown parameters θmod and obtaining at least one set of parameters θelec and at least one set of parameters θmod providing minimization of said error; - providing the calculated value of Tj with at least one of the calculated sets of parameters θelec and/or θmod, and the measured Von, Ion, Tc; - Storing the at least one set of parameters θelec and/or θmod and/or Tj. - Detecting at least one stable on-line operating condition through measurements (2, 3, 4) of Von, Ion, Tc on said power semi-conductor element where Ion is a current for which the on-state voltage Von of said power semi-conductor element is temperature sensitive and Tc is the temperature of the casing of said power semi-conductor element; - Measuring and storing at least one set of parameters Von, Ion, Tc of said at least one stable operating condition; - in a calculating unit, providing error minimizing calculations between a junction temperature estimation Tj of an electrical model Tj=F(Von, Ion, θelec) comprising a first set of unknown parameters θelec and another junction temperature estimation Tjmod of a thermal model Tjmod=G(lon, Tc, θmod) comprising a second set of unknown parameters θmod and obtaining at least one set of parameters θelec and at least one set of parameters θmod providing minimization of said error; - providing the calculated value of Tj with at least one of the calculated sets of parameters θelec and/or θmod, and the measured Von, Ion, Tc; - Storing the at least one set of parameters θelec and/or θmod and/or Tj.
A wavelength tunable laser emission device, comprising: - a first and a second Sagnac mirror (M1, M2); - a cavity delimited by the first and second Sagnac mirrors (M1, M2), the cavity comprising an amplifying medium and a tunable spectral filter using the Vernier effect, wherein said filter comprises at least three resonant rings (R 1, R 2, R N-1, R N) arranged in cascade, characterised in that each resonant ring integrates a loop mirror with tunable wavelength reflectivity. - a first and a second Sagnac mirror (M1, M2); - a cavity delimited by the first and second Sagnac mirrors (M1, M2), the cavity comprising an amplifying medium and a tunable spectral filter using the Vernier effect,
An apparatus for detecting a condition within a wireless charging field, the apparatus characterised by comprising: means for receiving wireless charging power through a ground surface from a wireless power charging transmitter mounted below the ground surface; first means for detecting the condition at a non-zero distance from the wireless power charging transmitter, the first detecting means at least partially disposed in, and partially exposed above, the ground surface and operationally coupled to and charged or powered by the receiving means; and means for wirelessly communicating information about the detected condition to a controller of the wireless power charging transmitter. means for receiving wireless charging power through a ground surface from a wireless power charging transmitter mounted below the ground surface; first means for detecting the condition at a non-zero distance from the wireless power charging transmitter, the first detecting means at least partially disposed in, and partially exposed above, the ground surface and operationally coupled to and charged or powered by the receiving means; and means for wirelessly communicating information about the detected condition to a controller of the wireless power charging transmitter.
An air cycle machine comprising: an air cycle compressor; a first turbine; a second turbine; a shaft; a second shaft; a fan rotor; a primary heat exchanger; and an air conduit connected to an air cycle compressor,wherein the air cycle compressor is connected to deliver air across the first turbine, said air cycle compressor being driven by said first turbine through the shaft, air downstream of said first turbine being connected to the second turbine, said second turbine connected to deliver air downstream, and said second turbine being connected with the second shaft to drive the fan rotor, said fan rotor configured to deliver a source of air across the primary heat exchanger, said primary heat exchanger positioned between the air conduit and said air cycle compressor; characterized in that said air cycle compressor and said first turbine being formed of a metal, and said second turbine and said fan rotor being formed of non-metallic materials. an air cycle compressor; a first turbine; a second turbine; a shaft; a second shaft; a fan rotor; a primary heat exchanger; and an air conduit connected to an air cycle compressor,wherein the air cycle compressor is connected to deliver air across the first turbine, said air cycle compressor being driven by said first turbine through the shaft, air downstream of said first turbine being connected to the second turbine, said second turbine connected to deliver air downstream, and said second turbine being connected with the second shaft to drive the fan rotor, said fan rotor configured to deliver a source of air across the primary heat exchanger, said primary heat exchanger positioned between the air conduit and said air cycle compressor; characterized in that said air cycle compressor and said first turbine being formed of a metal, and said second turbine and said fan rotor being formed of non-metallic materials.
A method for access control performed by a user equipment, UE, in a communication system, the method comprising: receiving, from a base station, a system information block, SIB, including barring information, the barring information including an access category to be barred and a value related to a timer corresponding to the access category to be barred; checking, in case that an access attempt is triggered, whether a category of the access attempt belongs to the access category to be barred; determining whether the access attempt is barred based on the checking result; and starting a timer based on the value related to the timer in case that the access attempt is barred. receiving, from a base station, a system information block, SIB, including barring information, the barring information including an access category to be barred and a value related to a timer corresponding to the access category to be barred; checking, in case that an access attempt is triggered, whether a category of the access attempt belongs to the access category to be barred; determining whether the access attempt is barred based on the checking result; and starting a timer based on the value related to the timer in case that the access attempt is barred.
A method for system acquisition using a mobile station, comprising: obtaining geographic information of at least one wireless communication system using one or more channels, respectively; prioritizing, on a preferred roaming list, the one or more channels based on the geographic information; determining which of the prioritized one or more channels on the preferred roaming list are on a most recently used, MRU, list; and attempting to acquire a system using at least one of the prioritized one or more channels that is on the MRU list, the attempting comprising: when the mobile station loses service: performing a full scan on the channels listed on the MRU list and prioritized on the preferred roaming list, wherein the full scan comprises attempting to acquire service via a channel without determining a radio frequency, RF, power of the channel, and if acquiring a service is not successful: performing a micro scan for other channels not subject to the full scan, wherein the micro scan comprises: determining a radio frequency, RF, power of a channel; determining whether the RF power of the channel is below a predetermined threshold; and attempting to acquire service via the channel if the RF power of the channel is not below the predetermined threshold. obtaining geographic information of at least one wireless communication system using one or more channels, respectively; prioritizing, on a preferred roaming list, the one or more channels based on the geographic information; determining which of the prioritized one or more channels on the preferred roaming list are on a most recently used, MRU, list; and attempting to acquire a system using at least one of the prioritized one or more channels that is on the MRU list, the attempting comprising: when the mobile station loses service: performing a full scan on the channels listed on the MRU list and prioritized on the preferred roaming list, wherein the full scan comprises attempting to acquire service via a channel without determining a radio frequency, RF, power of the channel, and if acquiring a service is not successful: performing a micro scan for other channels not subject to the full scan, wherein the micro scan comprises: determining a radio frequency, RF, power of a channel; determining whether the RF power of the channel is below a predetermined threshold; and attempting to acquire service via the channel if the RF power of the channel is not below the predetermined threshold. determining a radio frequency, RF, power of a channel; determining whether the RF power of the channel is below a predetermined threshold; and attempting to acquire service via the channel if the RF power of the channel is not below the predetermined threshold.
An aqueous shop primer comprising: 25 to 80 wt% of a polysilane sol obtained by the condensation reaction of at least one silane and comprising a 2D or 3D network of siloxane {Si-O-Si} bonds and a plurality of free silanol functionalities; 0.5 to 15 wt% of an accelerator selected from at least one of zinc phosphate, zinc oxide, calcium strontium zinc phosphosilicate, zirconium hydrogen phosphate, iron phosphide, calcium zirconate, barium zirconate, zirconium nitride, zinc titanate and iron titanate; 15 to 40 wt% of at least one anticorrosive pigment comprising pure zinc or a zinc alloy; 0.5 to 10 wt% microspheres. 25 to 80 wt% of a polysilane sol obtained by the condensation reaction of at least one silane and comprising a 2D or 3D network of siloxane {Si-O-Si} bonds and a plurality of free silanol functionalities; 0.5 to 15 wt% of an accelerator selected from at least one of zinc phosphate, zinc oxide, calcium strontium zinc phosphosilicate, zirconium hydrogen phosphate, iron phosphide, calcium zirconate, barium zirconate, zirconium nitride, zinc titanate and iron titanate; 15 to 40 wt% of at least one anticorrosive pigment comprising pure zinc or a zinc alloy; 0.5 to 10 wt% microspheres.
A method for generating compressed images, the method comprising: identifying a multi-plane image, MPI, that represents a three-dimensional image, wherein the MPI comprises a plurality of fronto-parallel planes; characterized by splitting the MPI into a plurality of sub-volumes, wherein each sub-volume in the plurality of sub-volumes includes a subset of the plurality of fronto-parallel planes; calculating, for each sub-volume of the MPI, a depthmap; converting each depthmap to a mesh, wherein each mesh corresponds to a layer of a plurality of layers associated with a multi-depth image, MDI, to be rendered, wherein each depthmap indicates a location and a depth of each voxel of the MDI included in the corresponding layer of the MDI, and wherein a number of layers in the plurality of layers associated with the MDI is less than a number of fronto-parallel planes included in the plurality of fronto-parallel planes associated with the MPI; calculating, for each layer of the plurality of layers, Red-Green-Blue-Alpha, RGBA, texture values; and storing the meshes corresponding to the plurality of layers of the MDI and the images corresponding to the plurality of layers of the MDI as the MDI. identifying a multi-plane image, MPI, that represents a three-dimensional image, wherein the MPI comprises a plurality of fronto-parallel planes; characterized by splitting the MPI into a plurality of sub-volumes, wherein each sub-volume in the plurality of sub-volumes includes a subset of the plurality of fronto-parallel planes; calculating, for each sub-volume of the MPI, a depthmap; converting each depthmap to a mesh, wherein each mesh corresponds to a layer of a plurality of layers associated with a multi-depth image, MDI, to be rendered, wherein each depthmap indicates a location and a depth of each voxel of the MDI included in the corresponding layer of the MDI, and wherein a number of layers in the plurality of layers associated with the MDI is less than a number of fronto-parallel planes included in the plurality of fronto-parallel planes associated with the MPI; calculating, for each layer of the plurality of layers, Red-Green-Blue-Alpha, RGBA, texture values; and storing the meshes corresponding to the plurality of layers of the MDI and the images corresponding to the plurality of layers of the MDI as the MDI.
A floor cleaner comprising: a base movable over a surface to be cleaned; a body portion having a handle assembly selectively removable from the body portion, the body portion pivotally mounted to the base, the body portion movable between an upright storage position and an inclined floor cleaning position; a liquid distribution system including a supply tank (16, 28), an actuator, and a dispensing nozzle, the dispensing nozzle in fluid communication with the supply tank to deliver a solution to the surface to be cleaned; and characterized by the handle assembly including the dispensing nozzle, the handle assembly having a first position in which the handle assembly is mounted to the body portion and a second position in which the handle assembly is released from the body portion; wherein in the handle assembly is configured to steer the floor cleaner along the surface to be cleaned when in the first position, and wherein the actuator is configured to deliver solution from the supply tank through the dispensing nozzle when the handle assembly is in the second position. a base movable over a surface to be cleaned; a body portion having a handle assembly selectively removable from the body portion, the body portion pivotally mounted to the base, the body portion movable between an upright storage position and an inclined floor cleaning position; a liquid distribution system including a supply tank (16, 28), an actuator, and a dispensing nozzle, the dispensing nozzle in fluid communication with the supply tank to deliver a solution to the surface to be cleaned; and the handle assembly including the dispensing nozzle, the handle assembly having a first position in which the handle assembly is mounted to the body portion and a second position in which the handle assembly is released from the body portion; wherein in the handle assembly is configured to steer the floor cleaner along the surface to be cleaned when in the first position, and wherein the actuator is configured to deliver solution from the supply tank through the dispensing nozzle when the handle assembly is in the second position.
A safety screw for a screw connection, comprising a body having an external thread having at least one safety thread winding delimited by two thread teeth (9, 7), the cross-sectional profile of said safety thread winding being deformed compared to the cross-sectional profile of at least one further standard thread winding, preferably compared to several further standard thread windings, preferably compared to the predominant number of standard thread windings, in order to increase the traction of a screw connection comprising the safety screw, wherein only one of the thread teeth (9, 7) delimiting the safety thread winding is deformed exclusively in the screwing direction (E, 8) of the safety screw, and the thread teeth (9, 10) adjacent to the deformed thread tooth are not deformed, or wherein both thread teeth (7, 7) delimiting the safety thread winding are deformed exclusively in the screwing direction (E, 8) of the safety screw, wherein the only one thread tooth is deformed over its entire circumferential extent, or respectively wherein the two thread teeth (7, 7) are deformed respectively over their entire circumferential extent, characterized in that the only one thread tooth, deformed in screwing direction (E, 8) or respectively the deformed thread teeth (7, 7) is/are deformed in screwing direction (E, 8), such that the thread tooth flank(s), pointing contrary to the screwing direction (E, 8), of the deformed thread tooth or respectively of the deformed thread teeth (7, 7) is/are displaced completely or partially in screwing direction (E, 8) at least approximately, in a parallel manner.
A unit for adjusting a road boundary of a two dimensional virtual representation of a road for path planning of an autonomous vehicle, the unit comprising: a retrieval unit configured to retrieve a measured position and a measured heading angle of the vehicle with respect to a reference; an uncertainty unit configured to receive as input the measured position, the measured heading angle and map data of the road; the uncertainty unit further configured to determine a position uncertainty value and a heading angle uncertainty value representing an amount of uncertainty in the vehicle's position and heading angle, respectively, on the road based on the input; characterized in that the unit further comprises an adjustment unit configured to adjust a width and a heading angle of a drivable portion of the two dimensional virtual representation of the road, wherein the adjustment of the width and heading angle is based on the position uncertainty value and the heading angle uncertainty value, respectively. a retrieval unit configured to retrieve a measured position and a measured heading angle of the vehicle with respect to a reference; an uncertainty unit configured to receive as input the measured position, the measured heading angle and map data of the road; the uncertainty unit further configured to determine a position uncertainty value and a heading angle uncertainty value representing an amount of uncertainty in the vehicle's position and heading angle, respectively, on the road based on the input; characterized in that the unit further comprises an adjustment unit configured to adjust a width and a heading angle of a drivable portion of the two dimensional virtual representation of the road, wherein the adjustment of the width and heading angle is based on the position uncertainty value and the heading angle uncertainty value, respectively.
A semiconductor device package comprising: a containment body defining an interior cavity including a plurality of interior surfaces (116a-116f), and an exterior with a plurality of electrical contacts each extending from the interior cavity to the exterior; and a semiconductor die including a plurality of die surfaces (118a-118f), each opposed to a respective one of the interior surfaces (116a-116f), the semiconductor die being housed within the interior cavity with a plurality of wire bonds flexibly connecting the semiconductor die to the electrical contacts, wherein the wire bonds are the only fixed connection between the containment body and the semiconductor die such that the semiconductor die is free to move within the interior cavity of the containment body accommodated by flexure of the wire bonds to mitigate packaging stress and strain between the containment body and the semiconductor die; wherein a portion of a clearance space is defined between each respective pair of die and interior cavity surfaces, characterised in that the clearance space is dimensioned to limit translation and rotation movement of the semiconductor die in three orthogonal axes relative to the interior cavity to a predetermined degree to protect the wire bonds from damage due to over flexure. a containment body defining an interior cavity including a plurality of interior surfaces (116a-116f), and an exterior with a plurality of electrical contacts each extending from the interior cavity to the exterior; and a semiconductor die including a plurality of die surfaces (118a-118f), each opposed to a respective one of the interior surfaces (116a-116f), the semiconductor die being housed within the interior cavity with a plurality of wire bonds flexibly connecting the semiconductor die to the electrical contacts, wherein the wire bonds are the only fixed connection between the containment body and the semiconductor die such that the semiconductor die is free to move within the interior cavity of the containment body accommodated by flexure of the wire bonds to mitigate packaging stress and strain between the containment body and the semiconductor die; wherein a portion of a clearance space is defined between each respective pair of die and interior cavity surfaces, characterised in that the clearance space is dimensioned to limit translation and rotation movement of the semiconductor die in three orthogonal axes relative to the interior cavity to a predetermined degree to protect the wire bonds from damage due to over flexure.