mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by a user equipment in a wireless communication network of performing a handover from a source node connected to a first core network to a target node connected to a second core network , said method comprising: receiving , from the source node , a mobility command including an indication of a radio access technology, RAT, used by the target node and a message container containing configuration information for the target node ; and determining based on the indication of the RAT used by the target node whether to treat the handover as an inter-RAT handover or as an intra-RAT handover with a core network change, wherein the determining comprises determining to treat the handover as an intra-RAT handover with a core network change when the indication indicates a first type of RAT; and performing a radio resource control, RRC, procedure for an intra-RAT handover with a core network change based on the determination to treat the handover as an intra-RAT handover with a core network change, wherein performing the RRC procedure for an intra-RAT handover with a core network change comprises inter-RAT handover signaling procedure and, upon successfully completing the handover, remaining in a Radio Resource Control Connected, RRC_CONNECTED, state and ending the RRC procedure. receiving , from the source node , a mobility command including an indication of a radio access technology, RAT, used by the target node and a message container containing configuration information for the target node ; and determining based on the indication of the RAT used by the target node whether to treat the handover as an inter-RAT handover or as an intra-RAT handover with a core network change, wherein the determining comprises determining to treat the handover as an intra-RAT handover with a core network change when the indication indicates a first type of RAT; and performing a radio resource control, RRC, procedure for an intra-RAT handover with a core network change based on the determination to treat the handover as an intra-RAT handover with a core network change, wherein performing the RRC procedure for an intra-RAT handover with a core network change comprises inter-RAT handover signaling procedure and, upon successfully completing the handover, remaining in a Radio Resource Control Connected, RRC_CONNECTED, state and ending the RRC procedure.
A casting device comprising: a sleeve that is configured to communicate with a cavity of a mold to be decompressed, and has a pouring hole ; a tip that is configured to be inserted into the sleeve ; a rod that is configured to be mounted on the tip ; an injection device that is configured to apply a force to the tip via the rod ; a sliding member with the rod to slide through the center of the sliding member and a gap is formed between the sliding member and the sleeve ; a seal member that is disposed on the outer circumference of the sliding member ; and a suction device that is configured to suction air in the sleeve ; wherein, when air in a space between the tip and the sliding member in the sleeve is suctioned while the seal member is positioned in a middle section of the sleeve that is positioned toward the cavity rather than toward the pouring hole , the seal member is configured to be placed in a first state where the seal member is configured to adhere to the middle section ; wherein, before the air in the space is suctioned while the seal member is positioned in the middle section , the seal member is configured to be placed in a second state where the seal member is configured to receive a smaller force from the middle section than the force received from the middle section by the seal member in the first state; wherein, in the second state, a gap is formed between the seal member and the middle section and wherein, in the first state, the tip is configured to advance toward the cavity . a sleeve that is configured to communicate with a cavity of a mold to be decompressed, and has a pouring hole ; a tip that is configured to be inserted into the sleeve ; a rod that is configured to be mounted on the tip ; an injection device that is configured to apply a force to the tip via the rod ; a sliding member with the rod to slide through the center of the sliding member and a gap is formed between the sliding member and the sleeve ; a seal member that is disposed on the outer circumference of the sliding member ; and a suction device that is configured to suction air in the sleeve ; wherein, when air in a space between the tip and the sliding member in the sleeve is suctioned while the seal member is positioned in a middle section of the sleeve that is positioned toward the cavity rather than toward the pouring hole , the seal member is configured to be placed in a first state where the seal member is configured to adhere to the middle section ; wherein, before the air in the space is suctioned while the seal member is positioned in the middle section , the seal member is configured to be placed in a second state where the seal member is configured to receive a smaller force from the middle section than the force received from the middle section by the seal member in the first state; wherein, in the second state, a gap is formed between the seal member and the middle section and wherein, in the first state, the tip is configured to advance toward the cavity .
A display method comprising: detecting , with a sensor , a gaze of an occupant of a vehicle, wherein the gaze is directed to at least one vehicle display ; determining , with a controller circuit in communication with the sensor and the at least one vehicle display , whether one or more features presented on the at least one vehicle display are at least partially obstructed from a view of the occupant by a steering wheel of the vehicle; in accordance with the determination that the one or more features presented on the at least one vehicle display are at least partially obstructed from the view of the occupant , adjusting , with the controller circuit , a presentation of at least one partially obstructed feature to be viewable by the occupant . detecting , with a sensor , a gaze of an occupant of a vehicle, wherein the gaze is directed to at least one vehicle display ; determining , with a controller circuit in communication with the sensor and the at least one vehicle display , whether one or more features presented on the at least one vehicle display are at least partially obstructed from a view of the occupant by a steering wheel of the vehicle; in accordance with the determination that the one or more features presented on the at least one vehicle display are at least partially obstructed from the view of the occupant , adjusting , with the controller circuit , a presentation of at least one partially obstructed feature to be viewable by the occupant .
Method for correcting a frequency shift on symbols received by a receiver, each symbol being composed of N samples and of a cyclic prefix or a cyclic postfix of a predetermined number Δ samples, the Δ samples being a copy of Δ samples of the N samples, wherein the method comprises the steps, executed by a receiver, of : - calculating (S802) for each symbol, a correlation between at most the Δ samples of the cyclic prefix and the at most Δ samples among the last samples or a correlation between at most the Δ samples of the cyclic postfix and the at most Δ among the first samples of the N samples, - averaging (S805) the correlations over a number of symbols and determining one smooth frequency shift estimation for each averaged correlation or averaging over the number of symbols instantaneous frequency shifts determined from calculated correlations in order to obtain one smooth frequency shift estimation for each symbol, - weighting (S806) the smooth frequency shift estimation by a coefficient, wherein the number of symbols and/or the coefficient are determined from channel characteristic between a source and the receiver. - calculating (S804) an exponential from the weighted smooth frequency shift estimation, - delaying the received symbols by a delay, - multiplying (S808) the exponential by the delayed received symbols, - estimating a Ricean K -factor of the channel between a source and the receiver and/or estimating the frequency shift excursions using the instantaneous frequency shift estimations, - determining using the Ricean K -factor and/or the frequency shift excursions, the number of symbols and/or the coefficient. - calculating (S802) for each symbol, a correlation between at most the Δ samples of the cyclic prefix and the at most Δ samples among the last samples or a correlation between at most the Δ samples of the cyclic postfix and the at most Δ among the first samples of the N samples, - averaging (S805) the correlations over a number of symbols and determining one smooth frequency shift estimation for each averaged correlation or averaging over the number of symbols instantaneous frequency shifts determined from calculated correlations in order to obtain one smooth frequency shift estimation for each symbol, - weighting (S806) the smooth frequency shift estimation by a coefficient, wherein the number of symbols and/or the coefficient are determined from channel characteristic between a source and the receiver. - calculating (S804) an exponential from the weighted smooth frequency shift estimation, - delaying the received symbols by a delay, - multiplying (S808) the exponential by the delayed received symbols, - estimating a Ricean K -factor of the channel between a source and the receiver and/or estimating the frequency shift excursions using the instantaneous frequency shift estimations, - determining using the Ricean K -factor and/or the frequency shift excursions, the number of symbols and/or the coefficient.
A round seal comprising a cylindrical, compressible body , having a rectangular through opening , fittings , at opposite ends of the body , a number of screws , going through holes of the body and the fittings , and nuts , received on the screws , characterized in that the body has protrusions at the corners of the through opening on at least one side of the body , so that an axial length of the body is larger at the area of the corners of the through opening than at the rest of the body , wherein the fittings are arranged to flatten the protrusions during compression of the body .
A fiber optic connector assembly, comprising: a connector housing , at least one multi-fiber ferrule maintained within the connector housing , the at least one multi-fiber ferrule defining a front end for presenting at least one optical fiber for optical connection with at least one other mating ferrule and a rear end for inserting the at least one optical fiber into the ferrule , a biasing member maintained within the connector housing operable for providing a biasing force to the multi-fiber ferrule , characterized by a ferrule holder positioned between the at least one multi-fiber ferrule and the biasing member , wherein the ferrule holder defines a first end for seating the biasing member and a second end for contacting the at least one multi-fiber ferrule at a pair of pivot point protrusions on the at least one multi-fiber ferrule which engages a pair of pivot point holders on the ferrule holder , wherein the biasing force is not applied to the rear end of the multi-fiber ferrule . a connector housing , at least one multi-fiber ferrule maintained within the connector housing , the at least one multi-fiber ferrule defining a front end for presenting at least one optical fiber for optical connection with at least one other mating ferrule and a rear end for inserting the at least one optical fiber into the ferrule , a biasing member maintained within the connector housing operable for providing a biasing force to the multi-fiber ferrule , characterized by a ferrule holder positioned between the at least one multi-fiber ferrule and the biasing member , wherein the ferrule holder defines a first end for seating the biasing member and a second end for contacting the at least one multi-fiber ferrule at a pair of pivot point protrusions on the at least one multi-fiber ferrule which engages a pair of pivot point holders on the ferrule holder , wherein the biasing force is not applied to the rear end of the multi-fiber ferrule . wherein the ferrule holder defines a first end for seating the biasing member and a second end for contacting the at least one multi-fiber ferrule at a pair of pivot point protrusions on the at least one multi-fiber ferrule which engages a pair of pivot point holders on the ferrule holder , wherein the biasing force is not applied to the rear end of the multi-fiber ferrule .
Loudspeaker , comprising a sound-generating element and a grille mounted as a cover in front of the sound-generating element , the grille having optically transparent regions , at least one lighting element being mounted between the second-generating element and the grille and, in the case of illumination, being visible through the optically transparent regions of the grille , the grille having a grid-like lattice structure, characterized in that a plurality of lighting elements arranged in a grid-like lattice structure are present, the lattice spacings of the lattice structure of the lighting elements corresponding to the lattice spacings of the lattice structure of the grille .
A system comprising: a chromatograph to separate an analyte into components, wherein the components include co-eluting components that cannot be separated with the chromatography; a molecular rotational resonance (MRR) spectrometer , in fluid communication with the chromatograph , to measure MRR spectra of the co-eluting components; and a processor , operably coupled to the MRR spectrometer , configured to resolve based at least in part on the MRR spectra, at least one of an isomer, an isotopologue, or an isotopomer among the co-eluting components of the analyte. a chromatograph to separate an analyte into components, wherein the components include co-eluting components that cannot be separated with the chromatography; a molecular rotational resonance (MRR) spectrometer , in fluid communication with the chromatograph , to measure MRR spectra of the co-eluting components; and a processor , operably coupled to the MRR spectrometer , configured to resolve based at least in part on the MRR spectra, at least one of an isomer, an isotopologue, or an isotopomer among the co-eluting components of the analyte.
An image processing apparatus comprising: an image sensor including a plurality of first pixels configured to detect an image and a plurality of second pixels configured to generate signals for focus detection, the image sensor being configured to perform a first sampling on both of the plurality of first pixels and the plurality of second pixels, by binning values of at least two of the plurality of the first pixels without binning values of the plurality of second pixels , and to output a first sampling image, based on the first sampling; and an image processor configured to restore values of the plurality of second pixels to be image pixel values for locations of the plurality of second pixels included in the first sampling image by replacing the values of the plurality of second pixels included in the first sampling image with the restored values, to output a restored image based on the restored values of the plurality of second pixels, to subsequently perform binning on pixels of the restored image using a predetermined method, and to output a reduced resolution image with a resolution reduced at a predetermined rate from the restored image, based on the binning on pixels of the restored image. an image sensor including a plurality of first pixels configured to detect an image and a plurality of second pixels configured to generate signals for focus detection, the image sensor being configured to perform a first sampling on both of the plurality of first pixels and the plurality of second pixels, by binning values of at least two of the plurality of the first pixels without binning values of the plurality of second pixels , and to output a first sampling image, based on the first sampling; and an image processor configured to restore values of the plurality of second pixels to be image pixel values for locations of the plurality of second pixels included in the first sampling image by replacing the values of the plurality of second pixels included in the first sampling image with the restored values, to output a restored image based on the restored values of the plurality of second pixels, to subsequently perform binning on pixels of the restored image using a predetermined method, and to output a reduced resolution image with a resolution reduced at a predetermined rate from the restored image, based on the binning on pixels of the restored image.
Robotic vacuum cleaner for autonomous cleaning of floor surfaces of a room, comprising - a housing which delimits an interior , - a container arranged in the interior of the housing for receiving dirt particles, - a fan for generating a suction air flow, - at least one suction mouth arranged on the housing and - a suction channel which fluidically connects the suction mouth to the fan with the container interposed between them, wherein dirt particles can be picked up at the suction mouth under the effect of the suction air flow and conveyed to the container by means of the suction channel , wherein a secondary air channel leads suction opening arranged in a region of an outer edge of the housing , wherein the secondary air channel is fluidically connected to the fan with the container interposed between them, so that the suction air flow generated by means of the fan acts not only on the suction mouth of the suction channel but also on the suction opening of the secondary air channel and in this way dirt particles can be picked up at the suction opening of the secondary air channel under the effect of the suction air flow and conveyed directly or indirectly to the container by means of the secondary air channel , characterised by an adjusting device comprising at least one adjusting element and an adjusting drive, wherein by means of the adjusting element a flow cross-section of the suction channel and/or a flow cross-section of the secondary air channel can be closed and/or opened at least partially, preferably completely. - a housing which delimits an interior , - a container arranged in the interior of the housing for receiving dirt particles, - a fan for generating a suction air flow, - at least one suction mouth arranged on the housing and - a suction channel which fluidically connects the suction mouth to the fan with the container interposed between them, wherein dirt particles can be picked up at the suction mouth under the effect of the suction air flow and conveyed to the container by means of the suction channel , wherein a secondary air channel leads suction opening arranged in a region of an outer edge of the housing , wherein the secondary air channel is fluidically connected to the fan with the container interposed between them, so that the suction air flow generated by means of the fan acts not only on the suction mouth of the suction channel but also on the suction opening of the secondary air channel and in this way dirt particles can be picked up at the suction opening of the secondary air channel under the effect of the suction air flow and conveyed directly or indirectly to the container by means of the secondary air channel , characterised by an adjusting device comprising at least one adjusting element and an adjusting drive, wherein by means of the adjusting element a flow cross-section of the suction channel and/or a flow cross-section of the secondary air channel can be closed and/or opened at least partially, preferably completely.
A method for managing traffic in a radio device user equipment, the method comprising: while classifying user-plane packets from multiple applications according to quality of service requirements, classifying a specific user-plane packet as a predetermined special-type packet, wherein the predetermined special-type packet comprises user-plane packets for establishing a connection for a newly activated application; mapping the classified specific user-plane packet to a pre-defined radio bearer associated with a preconfigured priority based on the specific user-plane packet being classified as the predetermined special type packet, wherein a configuration of the pre-defined radio bearer includes security and quality of service related parameters; mapping at least one user-plane packet other than the predetermined special type packet to at least one other radio bearer; and scheduling the mapped specific user-plane packet and other mapped user-plane packets for transmission according to their respective priorities. while classifying user-plane packets from multiple applications according to quality of service requirements, classifying a specific user-plane packet as a predetermined special-type packet, wherein the predetermined special-type packet comprises user-plane packets for establishing a connection for a newly activated application; mapping the classified specific user-plane packet to a pre-defined radio bearer associated with a preconfigured priority based on the specific user-plane packet being classified as the predetermined special type packet, wherein a configuration of the pre-defined radio bearer includes security and quality of service related parameters; mapping at least one user-plane packet other than the predetermined special type packet to at least one other radio bearer; and scheduling the mapped specific user-plane packet and other mapped user-plane packets for transmission according to their respective priorities.
An Open Platform Communications, OPC, Unified Architecture, UA, server comprising: a storage configured to store a configuration file defining a server application program , the server application program being written in a compiled programming language and embedding an interpreter ; a transceiver configured to receive, from an OPC UA client , an execution request to execute a calculation defined in the server application program ; and a processor configured to execute the calculation using the interpreter , wherein the calculation is defined and executed using the interpreter without modifying the compiled server application program . a storage configured to store a configuration file defining a server application program , the server application program being written in a compiled programming language and embedding an interpreter ; a transceiver configured to receive, from an OPC UA client , an execution request to execute a calculation defined in the server application program ; and a processor configured to execute the calculation using the interpreter ,