mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a receiver to provide channel state information as feedback to a transmitter in a multi-antenna wireless communication system, the method comprising: estimating a channel between the transmitter and the receiver; determining a precoder subset comprising one or more precoder elements, each precoder element being a precoder element of a codebook, and the precoder subset including less than all precoder elements of the codebook; for each precoder element in the precoder subset, determining a capacity corresponding to that precoder element based on the channel estimation; determining the CSI associated with the precoder element whose corresponding capacity is maximum among the capacities corresponding to the precoder elements of the precoder subset; and providing the CSI to the transmitter as the feedback, the CSI comprising a rank information and a precoding control index, wherein the codebook is defined for a plurality of ranks, and wherein for each rank, the codebook comprises a plurality of precoder elements corresponding to that rank, wherein the step of determining the precoder subset comprises: for each rank, determining whether that rank is at or below a rank threshold; for each rank at or below the rank threshold, including all precoder elements of that rank of the codebook in the precoder subset; and for each rank above the rank threshold, including less than all precoder elements of that rank of the codebook in the precoder subset. estimating a channel between the transmitter and the receiver; determining a precoder subset comprising one or more precoder elements, each precoder element being a precoder element of a codebook, and the precoder subset including less than all precoder elements of the codebook; for each precoder element in the precoder subset, determining a capacity corresponding to that precoder element based on the channel estimation; determining the CSI associated with the precoder element whose corresponding capacity is maximum among the capacities corresponding to the precoder elements of the precoder subset; and providing the CSI to the transmitter as the feedback, the CSI comprising a rank information and a precoding control index, wherein the codebook is defined for a plurality of ranks, and wherein for each rank, the codebook comprises a plurality of precoder elements corresponding to that rank, wherein the step of determining the precoder subset comprises: for each rank, determining whether that rank is at or below a rank threshold; for each rank at or below the rank threshold, including all precoder elements of that rank of the codebook in the precoder subset; and for each rank above the rank threshold, including less than all precoder elements of that rank of the codebook in the precoder subset. for each rank, determining whether that rank is at or below a rank threshold; for each rank at or below the rank threshold, including all precoder elements of that rank of the codebook in the precoder subset; and for each rank above the rank threshold, including less than all precoder elements of that rank of the codebook in the precoder subset.
Sliding door for a motor vehicle, wherein the sliding door is adjustable by means of a sliding movement into an open position and into a closed position, wherein a main lock arrangement is provided, by means of which the sliding door can be immobilized in the closed position, wherein an additional lock arrangement is provided for assisting the main lock arrangement when the sliding door is immobilized in the closed position, characterised in that the additional lock arrangement is furthermore configured in such a manner that the sliding door can be immobilized in the open position by the additional lock arrangement, and in that the additional lock arrangement is configured in such a manner that, when the sliding door is installed in the motor vehicle and is in the closed position, said additional lock arrangement can absorb forces acting from the inside outwards perpendicularly to the direction of travel.
An electromechanical device (100, 200, 300) comprising: - a connection shaft (101, 201, 301) for connecting to a rotating element external to the electromechanical device, - an outer rotor electric machine comprising a stator (102, 202, 302) and a rotor (103, 203, 303), and - a planetary gear configured to transfer torque between the rotor and the connection shaft, the planetary gear comprising a gear ring (104, 204, 302), a sun wheel (105, 205, 305), planet wheels (106a, 106b, 206a, 206b, 306a, 306b) meshing with the gear ring and with the sun wheel, and a planet carrier (107, 207, 307) supporting the planet wheels, wherein the gear ring of the planetary gear is attached to the stator of the outer rotor electric machine so that the stator surrounds the gear ring, characterized in that the electromechanical device comprises a rotor coupling system configured to couple the rotor to the sun wheel when a selector element of the rotor coupling system is in its first position and to couple the rotor to the planet carrier when the selector element of the rotor coupling system is in its second position. - a connection shaft (101, 201, 301) for connecting to a rotating element external to the electromechanical device, - an outer rotor electric machine comprising a stator (102, 202, 302) and a rotor (103, 203, 303), and - a planetary gear configured to transfer torque between the rotor and the connection shaft, the planetary gear comprising a gear ring (104, 204, 302), a sun wheel (105, 205, 305), planet wheels (106a, 106b, 206a, 206b, 306a, 306b) meshing with the gear ring and with the sun wheel, and a planet carrier (107, 207, 307) supporting the planet wheels,
A removal and fluid application device having a hair removal means, a fluid dispensing means, a handle and a fluid reservoir contained therein; wherein said fluid dispensing means is attached to the distal end of said handle and said hair removal means is attached to the proximal end of said handle, wherein said handle provides a predetermined location of said hair removal means and said fluid dispensing means to one another, characterized in that the handle is substantially rigid and wherein said dispensing means is an open cell foam or a closed cell foam, wherein said reservoir is sealed and further comprises an opening means.
A composition comprising: from 50 to 99.99 weight percent based on the total weight of the composition of a melt-processable thermoplastic hydrocarbon polymer; a silicone-containing polymeric process additive; and a synergist; wherein the synergist is present in an amount of from 10 wt% to 50 wt.% based on the total amount of synergist and process additive. from 50 to 99.99 weight percent based on the total weight of the composition of a melt-processable thermoplastic hydrocarbon polymer; a silicone-containing polymeric process additive; and a synergist; wherein the synergist is present in an amount of from 10 wt% to 50 wt.% based on the total amount of synergist and process additive.
Method for securing communication between at least a first and a second hardware component of a mobile device, the method comprises: - generating a first secret in at least one of the first or second hardware component of the mobile device, the first hardware component containing functionality of user identification, the second hardware component containing functionality of wireless transmission; - establishing the first secret as a first shared secret between the first and the second hardware components during an initialization of the mobile device; - further comprising negotiating, during the initialization of the mobile device, at least one of encryption algorithms, integrity algorithms, and/or situations for applying encryption and/or integrity algorithms to be used between the first and the second hardware components; and - following the initialization of the mobile device, using the first shared secret or a derivative thereof to secure the communication between the first and the second hardware components. - generating a first secret in at least one of the first or second hardware component of the mobile device, the first hardware component containing functionality of user identification, the second hardware component containing functionality of wireless transmission; - establishing the first secret as a first shared secret between the first and the second hardware components during an initialization of the mobile device; - further comprising negotiating, during the initialization of the mobile device, at least one of encryption algorithms, integrity algorithms, and/or situations for applying encryption and/or integrity algorithms to be used between the first and the second hardware components; and - following the initialization of the mobile device, using the first shared secret or a derivative thereof to secure the communication between the first and the second hardware components.
An apparatus comprising means for: obtaining an indication of a variable position of at least one user in real space; mapping the position of the user in real space to a position of the user in a sound space; and mapping a position of a loudspeaker in real space to a position in the sound space to determine a reference position in the sound space; and controlling an output audio signal, for rendering a sound scene by the loudspeaker, to highlight at least some sound sources comprised in a sub-volume of the sound space that is dependent upon the position of the user in the sound space relative to the reference position in the sound space. obtaining an indication of a variable position of at least one user in real space; mapping the position of the user in real space to a position of the user in a sound space; and mapping a position of a loudspeaker in real space to a position in the sound space to determine a reference position in the sound space; and controlling an output audio signal, for rendering a sound scene by the loudspeaker, to highlight at least some sound sources comprised in a sub-volume of the sound space that is dependent upon the position of the user in the sound space relative to the reference position in the sound space.
A method of handling Wireless Session Protocol sessions between a wireless communication terminal and a corresponding server, wherein: the server provides a communication terminal identification number to the wireless communication terminal; the communication terminal initiates a session by forwarding a request for data to the server, said request comprises an identification of the requested data and the communication terminal identification number; the server, when receiving a request containing a communication terminal identification number, recalls user profile information corresponding to said communication terminal identification number from a database memory; and the server replies to the request by forwarding (340, 370) the requested data in a data format defined by the user profile information. the server provides a communication terminal identification number to the wireless communication terminal; the communication terminal initiates a session by forwarding a request for data to the server, said request comprises an identification of the requested data and the communication terminal identification number; the server, when receiving a request containing a communication terminal identification number, recalls user profile information corresponding to said communication terminal identification number from a database memory; and the server replies to the request by forwarding (340, 370) the requested data in a data format defined by the user profile information.
A method of servicing a passenger service unit assembly that is positioned in an aircraft cabin, wherein the passenger service unit assembly includes a frame that defines at least an oxygen opening covered by an oxygen mask housing cover and a service opening covered by a service cover, wherein the passenger service unit assembly includes a transparent oxygen mask housing positioned adjacent the oxygen opening, and an oxygen mask positioned in the oxygen mask housing, the oxygen mask being movable between a stowed position and a deployed position, but remaining in the stowed position during the following method steps, performed by a service person: (a) moving the service cover from a closed position to an open position, wherein the service cover includes at least a first passenger service unit component (36, 38, 40, 42, 44, 46) associated therewith, (b) servicing the first passenger service unit component (36, 38, 40, 42, 44, 46), (c) looking through the service opening and the transparent oxygen mask housing and checking the status of the oxygen mask in the stowed position, and (d) moving the service cover from the open position to the closed position. (a) moving the service cover from a closed position to an open position, wherein the service cover includes at least a first passenger service unit component (36, 38, 40, 42, 44, 46) associated therewith, (b) servicing the first passenger service unit component (36, 38, 40, 42, 44, 46), (c) looking through the service opening and the transparent oxygen mask housing and checking the status of the oxygen mask in the stowed position, and (d) moving the service cover from the open position to the closed position.
A steam iron for treating garments, comprising: - a heel to rest the steam iron on a supporting surface when the steam iron is not treating garments; - a pressurisation unit having a chamber, the chamber comprising a water inlet for receiving water and a water outlet, the pressurisation unit comprising a mechanical energy storing element coupled to a pusher element for inducing the storage of mechanical energy in the mechanical energy storing element, the pressurization unit being adapted to: a) in a rest position where the heel is placed on the supporting surface, generate an air vacuum in the chamber to draw water into the chamber via the water inlet due to the pusher element pushing against the mechanical energy storing element, b) in a lifted position where the heel is not placed on the supporting surface, pressurise the water drawn in the chamber using energy stored in the mechanical energy storing element when in the rest position; - a steam engine for generating steam from water towards the garments; and - a water output channel for carrying water under pressure from the water outlet to the steam engine. - a heel to rest the steam iron on a supporting surface when the steam iron is not treating garments; - a pressurisation unit having a chamber, the chamber comprising a water inlet for receiving water and a water outlet, the pressurisation unit comprising a mechanical energy storing element coupled to a pusher element for inducing the storage of mechanical energy in the mechanical energy storing element, the pressurization unit being adapted to: a) in a rest position where the heel is placed on the supporting surface, generate an air vacuum in the chamber to draw water into the chamber via the water inlet due to the pusher element pushing against the mechanical energy storing element, b) in a lifted position where the heel is not placed on the supporting surface, pressurise the water drawn in the chamber using energy stored in the mechanical energy storing element when in the rest position; a) in a rest position where the heel is placed on the supporting surface, generate an air vacuum in the chamber to draw water into the chamber via the water inlet due to the pusher element pushing against the mechanical energy storing element, b) in a lifted position where the heel is not placed on the supporting surface, pressurise the water drawn in the chamber using energy stored in the mechanical energy storing element when in the rest position; - a steam engine for generating steam from water towards the garments; and - a water output channel for carrying water under pressure from the water outlet to the steam engine.
Process for producing urea-containing particles, comprising the steps of: (a) providing a urea-containing solution in a first stream (b) providing a solution containing a formaldehyde-containing granulating additive (c) branching off part of the urea-containing solution from the first stream into a side stream (d) combining the part of the urea-containing solution from the side stream and the solution containing a formaldehyde-containing granulating additive to give a second stream (e) adding the second stream to the first stream (f) introducing the first stream which also contains the solution from the second stream into a granulating apparatus or prilling apparatus, characterized in that the amount of the part of the urea-containing solution which originates from the first stream and is combined with a solution containing a formaldehyde-containing granulating additive to give a second stream is controlled by means of a control device for metering, with this amount being controlled via at least one valve. (a) providing a urea-containing solution in a first stream (b) providing a solution containing a formaldehyde-containing granulating additive (c) branching off part of the urea-containing solution from the first stream into a side stream (d) combining the part of the urea-containing solution from the side stream and the solution containing a formaldehyde-containing granulating additive to give a second stream (e) adding the second stream to the first stream (f) introducing the first stream which also contains the solution from the second stream into a granulating apparatus or prilling apparatus,
A method for detecting a ground fault in an AC electrical system comprising: detecting an AC input at all phases of an inverter/conditioner; computing (104,106) a combined Root Mean Square voltage of all phases of said inverter/conditioner by filtering a raw voltage of each phase, summing the filtered raw voltages, dividing the sum of the filtered raw voltages by a total number of phases in the system using a divider, squaring an output of the divider, filtering the squared output, and determining the square root of the filtered squared output; comparing the combined RMS voltage to a threshold; and when the combined RMS voltage exceeds the threshold, determining that a ground fault has, occurred and performing a specific action. detecting an AC input at all phases of an inverter/conditioner; computing (104,106) a combined Root Mean Square voltage of all phases of said inverter/conditioner by filtering a raw voltage of each phase, summing the filtered raw voltages, dividing the sum of the filtered raw voltages by a total number of phases in the system using a divider, squaring an output of the divider, filtering the squared output, and determining the square root of the filtered squared output; comparing the combined RMS voltage to a threshold; and when the combined RMS voltage exceeds the threshold, determining that a ground fault has, occurred and performing a specific action.
Waterproofing system comprising at least two different layers, one layer being a mounting layer and one other layer being a functional layer, the two layers being directly or indirectly connected to each other over at least parts of their opposing surfaces, wherein the functional layer comprises at least a thermoplastic polymer P1 and at least a mineral binder, being a binder which in the presence of water reacts in a hydration reaction under formation of solid hydrates or hydrate phases, wherein the mounting layer comprises an adhesive and/or a fabric, wherein the waterproofing system further comprises one additional barrier layer located between the mounting layer and the functional layer and wherein the barrier layer and the mounting layer are connected to each other over at least parts of their opposing surfaces and wherein the functional layer is integrally connected to the barrier layer over its entire surface, characterised in that the amount of the thermoplastic polymer P1 is 30 - 80 wt.-%, based on the total weight of the functional layer.
A water-based lubricant comprising from 20 to 75 wt.-% water, 5 to 20 wt.-% of at least one organic polymer, 10 to 35 wt.-% of the at least one polyhydric alcohol and less than 1 wt.-% of an oil, wherein the organic polymer is a synthetic polymer in the form of a polycarboxylate which is a polyacrylic acid.
A method performed by a processor for detecting potentially exploitative code, the method comprising: running potentially exploitative code as a child process, the potentially exploitative code associated with a set of program code; receiving computer information that is associated with the set of program code, the computer information including data and information associated with internal structures associated with the set of program code; analyzing the data and the information associated with the internal structures associated with the set of program code as the potentially exploitative code is run as the child process; identifying that the data and the information associated with the internal structures is consistent with suspicious activity based on identifying that an indicator flag associated with a region of memory allocated for storing non-executable program data has been changed to indicate that the region of memory stores executable code; and classifying (190, 270, 370) the computer information as being suspicious based on the identification that the flag associated with the region of memory allocated for storing the non-executable program data has been changed to indicate that the region of memory stores executable code. running potentially exploitative code as a child process, the potentially exploitative code associated with a set of program code; receiving computer information that is associated with the set of program code, the computer information including data and information associated with internal structures associated with the set of program code; analyzing the data and the information associated with the internal structures associated with the set of program code as the potentially exploitative code is run as the child process; identifying that the data and the information associated with the internal structures is consistent with suspicious activity based on identifying that an indicator flag associated with a region of memory allocated for storing non-executable program data has been changed to indicate that the region of memory stores executable code; and classifying (190, 270, 370) the computer information as being suspicious based on the identification that the flag associated with the region of memory allocated for storing the non-executable program data has been changed to indicate that the region of memory stores executable code.
An apparatus for spatial audio encoding comprising means for: converting two or more energy ratios associated with a time frequency tile of one or more audio signals to a further energy ratio parameter which is related to the two or more energy ratios; quantizing the further energy ratio parameter using a first quantizer; determining a distribution factor of energy ratios dependent on a ratio of a first of the two or more energy ratios to the sum of the two or more energy ratios; selecting a further quantizer from a plurality of further quantizers using the quantized further energy ratio parameter; and quantizing the distribution factor of energy ratios using the selected further quantizer. converting two or more energy ratios associated with a time frequency tile of one or more audio signals to a further energy ratio parameter which is related to the two or more energy ratios; quantizing the further energy ratio parameter using a first quantizer; determining a distribution factor of energy ratios dependent on a ratio of a first of the two or more energy ratios to the sum of the two or more energy ratios; selecting a further quantizer from a plurality of further quantizers using the quantized further energy ratio parameter; and quantizing the distribution factor of energy ratios using the selected further quantizer.