mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by an access node for hosting an edge application , wherein the edge application is executed by the access node which provides an application-based service to a mobile terminal in a mobile communication system, the method comprising: receiving , from a user application executed in the mobile terminal, a request packet requesting an application-based service; identifying whether the request packet includes destination information corresponding to the edge application; delivering the request packet to the edge application, if the request packet includes the destination information corresponding to the edge application; in response to a service request of the request packet, transmitting , by the edge application, to a network information handler included in the access node, a request for preset available network information and receiving, by the edge application, from the network information handler, the network information through application program interface, API, communication with the network information handler; providing , by the edge application, the network information corresponding to the request packet to the user application of the mobile terminal if the edge application executed in the access node is capable to provide the network information corresponding to the request packet to the user application of the mobile terminal; and delivering the request packet to a corresponding public application through a core network, if the edge application is not capable to provide the application-based service, and providing, from the public application through the core network and the access node, the requested application-based service to the mobile terminal. receiving , from a user application executed in the mobile terminal, a request packet requesting an application-based service; identifying whether the request packet includes destination information corresponding to the edge application; delivering the request packet to the edge application, if the request packet includes the destination information corresponding to the edge application; in response to a service request of the request packet, transmitting , by the edge application, to a network information handler included in the access node, a request for preset available network information and receiving, by the edge application, from the network information handler, the network information through application program interface, API, communication with the network information handler; providing , by the edge application, the network information corresponding to the request packet to the user application of the mobile terminal if the edge application executed in the access node is capable to provide the network information corresponding to the request packet to the user application of the mobile terminal; and delivering the request packet to a corresponding public application through a core network, if the edge application is not capable to provide the application-based service, and providing, from the public application through the core network and the access node, the requested application-based service to the mobile terminal.
A liquid cosmetic applicator equipped with at least a coating part, a coating liquid reservoir , and a front shaft , wherein the coating part comprises a brush ; the fibers of the brush include those having a cross section other than a circle; the coating liquid reservoir stores a liquid cosmetic composition; the front shaft is equipped with a front shaft body , a pipe joint which is installed in the front shaft body , and a conduit tube for connecting the pipe joint with the coating part; a stopper is installed between the coating part and the coating liquid reservoir and the stopper is detached in starting use to make it possible to supply the liquid cosmetic composition from the coating liquid reservoir to the coating part and a piston of a coating liquid discharge mechanism in the rear part of the shaft body is allowed to move forward in a prescribed distance by rotating or pushing a canopy to discharge a prescribed amount of the liquid cosmetic composition to the coating part; wherein the liquid cosmetic composition comprises at least an aqueous emulsion of an acrylic acid base polymer having a glass transition point of 20°C or lower obtained by polymerizing monomers selected from an acrylic acid monomer, a methacrylic acid monomer, an acrylic ester monomer and a methacrylic ester monomer, crystalline cellulose, an inorganic pigment selected from the following group A, and water, and wherein the liquid cosmetic composition has a viscosity of 20 to 500 mPa-s at a temperature of 25°C and a shear rate of 3.83 s -1 by means of a cone plate type viscometer (ELD type viscometer) and a surface tension of 25 to 60 mN/m at 25 °C measured by a Wilhelmy method using a CBVP-Z type surface tension meter (plate method), Group A: carbon blacks, iron oxide particles, chromium oxide, ultramarine blue, Prussian blue, zinc oxide, aluminum oxide, silicon dioxide, titanium oxide, magnesium oxide, chromium hydroxide, calcium carbonate, titanium yellow, red iron oxide.
A computer-implemented method comprising: causing, by a network device, transmission of a first beacon and a second beacon, the first beacon associated with a public wireless network and the second beacon associated with a private wireless network, wherein, at least based on a digital fingerprint associated with a user device, the first beacon is suppressed in favor of the second beacon and/or the transmission of the second beacon is prioritized over the first beacon, wherein the digital fingerprint represents habits of the user device relating to expected time frames when the user device is in proximity to the network device; receiving a request from the user device associated with the second beacon; and providing access to the private wireless network in response to the request. causing, by a network device, transmission of a first beacon and a second beacon, the first beacon associated with a public wireless network and the second beacon associated with a private wireless network, wherein, at least based on a digital fingerprint associated with a user device, the first beacon is suppressed in favor of the second beacon and/or the transmission of the second beacon is prioritized over the first beacon, wherein the digital fingerprint represents habits of the user device relating to expected time frames when the user device is in proximity to the network device; receiving a request from the user device associated with the second beacon; and providing access to the private wireless network in response to the request.
A plastic welding device , comprising: a. a first tool which is arranged at a first support , wherein the first tool is a lower tool and the first support is a lifting table and b. a second tool which is arranged at a second support which is an upper fastening plate, wherein c. the first tool is movable by means of a first drive with respect to the first support in a first direction (r 1 ) linearly between a first position and a second position, wherein d. an origin of a first imaginary spherical coordinate system is arranged in the first position, wherein the z-axis as a first z-axis (z 1 ) extends in the direction of the second support , characterized in that e. for a first inclination angle (υ 1 ) between the first z-axis (z 1 ) which is positive in the direction of the second support and the first direction (r 1 ) it applies 0 < υ 1 < π/2, whereby the first tool is arranged in the first position adjacent to the first support and in the second position it has a distance to the first support which is larger than the distance in the first position, and a first component at the first tool can be brought into engagement with a second component at the second tool . a. a first tool which is arranged at a first support , wherein the first tool is a lower tool and the first support is a lifting table and b. a second tool which is arranged at a second support which is an upper fastening plate, wherein c. the first tool is movable by means of a first drive with respect to the first support in a first direction (r 1 ) linearly between a first position and a second position, wherein d. an origin of a first imaginary spherical coordinate system is arranged in the first position, wherein the z-axis as a first z-axis (z 1 ) extends in the direction of the second support , characterized in that e. for a first inclination angle (υ 1 ) between the first z-axis (z 1 ) which is positive in the direction of the second support and the first direction (r 1 ) it applies 0 < υ 1 < π/2, whereby the first tool is arranged in the first position adjacent to the first support and in the second position it has a distance to the first support which is larger than the distance in the first position, and a first component at the first tool can be brought into engagement with a second component at the second tool .
A video encoder , comprising: an input unit configured to receive frames of spherical video, each of the frames comprising blocks of pixels; an intra-prediction unit configured to generate a set of residuals for a current block to be encoded, by performing intra-prediction along a geodesic curve for the current block to be encoded, wherein the geodesic curve with its curvature corresponds to a straight line in a three-dimensional scene represented by the spherical video, wherein the intra-prediction unit is configured to perform the intra-prediction for a planar projection of the spherical video by using a directional intra-prediction mode defining a tangent to the geodesic curve; and an output unit configured to provide an encoded bitstream based on sets of residuals generated by the intra-prediction performed on the blocks to be encoded and including the directional intra-prediction mode. an input unit configured to receive frames of spherical video, each of the frames comprising blocks of pixels; an intra-prediction unit configured to generate a set of residuals for a current block to be encoded, by performing intra-prediction along a geodesic curve for the current block to be encoded, wherein the geodesic curve with its curvature corresponds to a straight line in a three-dimensional scene represented by the spherical video, wherein the intra-prediction unit is configured to perform the intra-prediction for a planar projection of the spherical video by using a directional intra-prediction mode defining a tangent to the geodesic curve; and an output unit configured to provide an encoded bitstream based on sets of residuals generated by the intra-prediction performed on the blocks to be encoded and including the directional intra-prediction mode.
A sequence signal sending method, the method comprises: receiving, by a terminal , control information sent by a network-side device, wherein the control information comprises a sequence identifier and a channel resource indication, and the channel resource indication is used to indicate a channel resource available for the terminal; determining, by the terminal, a corresponding sequence signal based on the sequence identifier; and sending, by the terminal, the sequence signal by using the channel resource, wherein the determining, by the terminal, a corresponding sequence signal based on the sequence identifier comprises: obtaining, by the terminal, a transmission time interval; determining, by the terminal based on a preset correspondence, a sequence set corresponding to the transmission time interval, wherein the preset correspondence indicates that the sequence set corresponds to the transmission time interval, and the sequence set comprises one or more sequence signals; and determining, by the terminal based on a preset binding relationship, the sequence signal corresponding to the sequence identifier in the sequence set, wherein the preset binding relationship indicates that the sequence identifier corresponds to the sequence signal. receiving, by a terminal , control information sent by a network-side device, wherein the control information comprises a sequence identifier and a channel resource indication, and the channel resource indication is used to indicate a channel resource available for the terminal; determining, by the terminal, a corresponding sequence signal based on the sequence identifier; and sending, by the terminal, the sequence signal by using the channel resource, wherein the determining, by the terminal, a corresponding sequence signal based on the sequence identifier comprises: obtaining, by the terminal, a transmission time interval; determining, by the terminal based on a preset correspondence, a sequence set corresponding to the transmission time interval, wherein the preset correspondence indicates that the sequence set corresponds to the transmission time interval, and the sequence set comprises one or more sequence signals; and determining, by the terminal based on a preset binding relationship, the sequence signal corresponding to the sequence identifier in the sequence set, wherein the preset binding relationship indicates that the sequence identifier corresponds to the sequence signal. obtaining, by the terminal, a transmission time interval; determining, by the terminal based on a preset correspondence, a sequence set corresponding to the transmission time interval, wherein the preset correspondence indicates that the sequence set corresponds to the transmission time interval, and the sequence set comprises one or more sequence signals; and determining, by the terminal based on a preset binding relationship, the sequence signal corresponding to the sequence identifier in the sequence set, wherein the preset binding relationship indicates that the sequence identifier corresponds to the sequence signal.
A method for checking location or position data of a medical instrument having at least one first portion and at least one second portion , wherein the first portion comprises at least one first sensor and the second portion comprises at least one second sensor , and wherein the method includes a metrological determination of the location or position, or the modification thereof, of the first sensor and of the second sensor ; characterized by the following steps: - determining an expression of a variable feature of the spatial reference between the location or position of the first sensor and/or at least of one point on the first portion on the one hand, and the location or position of the second sensor and/or at least of one point on the second portion or on the first portion , which is referenced by the second sensor, on the other hand, at least at a first moment (t 1 ), at a second moment (t 2 ), and at a third moment (t 3 ) respectively; - identifying, according to a criterion, whether a difference in the expression of the variable feature between a first expression at the first moment (t 1 ) and a second expression at the second moment (t 2 ), is still present at the third moment (t 3 ), so that it can be determined whether a perturbation exists. - determining an expression of a variable feature of the spatial reference between the location or position of the first sensor and/or at least of one point on the first portion on the one hand, and the location or position of the second sensor and/or at least of one point on the second portion or on the first portion , which is referenced by the second sensor, on the other hand, at least at a first moment (t 1 ), at a second moment (t 2 ), and at a third moment (t 3 ) respectively; - identifying, according to a criterion, whether a difference in the expression of the variable feature between a first expression at the first moment (t 1 ) and a second expression at the second moment (t 2 ), is still present at the third moment (t 3 ),
A method for determining network performance information, comprising: sending , by a first network element, first information to a data analytics network element, wherein the first information is used to request network performance information, and the first information comprises one or more of the following: area information of a first area, an identifier of a requesting device, or a terminal device group identifier; receiving , by the first network element, the network performance information from the data analytics network element, wherein the network performance information comprises area information of a second area and second information, and the second information comprises one or more of the following: load information of a network in the second area, service experience information for a service in the second area, or a number of terminal devices in the second area, wherein the second area is a subarea of the first area; and determining , by the first network element, a first policy based on the network performance information. sending , by a first network element, first information to a data analytics network element, wherein the first information is used to request network performance information, and the first information comprises one or more of the following: area information of a first area, an identifier of a requesting device, or a terminal device group identifier; receiving , by the first network element, the network performance information from the data analytics network element, wherein the network performance information comprises area information of a second area and second information, and the second information comprises one or more of the following: load information of a network in the second area, service experience information for a service in the second area, or a number of terminal devices in the second area, wherein the second area is a subarea of the first area; and determining , by the first network element, a first policy based on the network performance information.
A method for generating a modal reverb effect for manipulating an audio signal, comprising: receiving an impulse response of an acoustic space , the impulse response including a plurality of modes of vibration of the acoustic space; dividing the impulse response into a plurality of sub-bands , each sub-band of the impulse response including a portion of the plurality of modes; for each respective sub-band, using a parametric estimation algorithm , determining respective parameters of the portion of modes included in the sub-band; aggregating the respective modes of the plurality of sub-bands into a set ; and truncating the set of aggregated modes into a subset of modes , characterised in that truncating the set into a subset of modes comprises, for each of the modes included in the set, determining a signal-to-mask ratio (SMR) of the mode based on a predetermined masking curve, and wherein one or more of the modes included in the set are truncated based on the determined SMR . receiving an impulse response of an acoustic space , the impulse response including a plurality of modes of vibration of the acoustic space; dividing the impulse response into a plurality of sub-bands , each sub-band of the impulse response including a portion of the plurality of modes; for each respective sub-band, using a parametric estimation algorithm , determining respective parameters of the portion of modes included in the sub-band; aggregating the respective modes of the plurality of sub-bands into a set ; and truncating the set of aggregated modes into a subset of modes , characterised in that truncating the set into a subset of modes comprises, for each of the modes included in the set, determining a signal-to-mask ratio (SMR) of the mode based on a predetermined masking curve, and wherein one or more of the modes included in the set are truncated based on the determined SMR .
A poppet valve , comprising: a poppet having a poppet guiding surface ; a seat having a seat guiding surface , the seat being configured to house at least a part of the poppet ; and a spring positioned between the seat and the poppet so as to push the poppet in a valve closed position, the poppet guiding surface and the seat guiding surface being in mutual sliding contact; characterized in that the poppet guiding surface and the seat guiding surface being at least partially made of a material comprising polycrystalline synthetic diamonds; wherein the poppet guiding surface is defined by an outer surface of a plurality of pads fixed to the poppet and the seat guiding surface is defined by an outer surface of a plurality of pads fixed to the seat wherein the seat comprises: a seat resting surface for the poppet ; and a plurality of protruding parts extending from the seat resting surface , the pads being fixed to the protruding parts , the plurality of protruding parts being configured to surround at least partially the poppet shutter . a poppet having a poppet guiding surface ; a seat having a seat guiding surface , the seat being configured to house at least a part of the poppet ; and a spring positioned between the seat and the poppet so as to push the poppet in a valve closed position, the poppet guiding surface and the seat guiding surface being in mutual sliding contact; a seat resting surface for the poppet ; and a plurality of protruding parts extending from the seat resting surface , the pads being fixed to the protruding parts , the plurality of protruding parts being configured to surround at least partially the poppet shutter .
An information processing apparatus comprising: a device log acquisition unit configured to acquire a time-series device log including information indicating a position of each of devices associated to one or more users, whereby a device may be shared by more than one user and a user may use one or more devices, the device log further including information indicating a state caused by behavior of a user related to each of the devices from each of the devices 100), a state of a device indicating one of a function of the device, whether the device has been switched on/off, whether the device has been operated, or whether the device has moved; a grouping unit configured to classify the devices into at least one group on the basis of positions of the devices indicated by the device logs and a preset condition, the preset condition including a first condition that the positions of the respective devices are included in a common area at least at any point in time ; and a correlation determination unit configured to analyze a correlation between the devices in each of the at least one group in terms of whether or not the devices are used by the same user on the basis of the device logs and a preset condition of the states. a device log acquisition unit configured to acquire a time-series device log including information indicating a position of each of devices associated to one or more users, whereby a device may be shared by more than one user and a user may use one or more devices, the device log further including information indicating a state caused by behavior of a user related to each of the devices from each of the devices 100), a state of a device indicating one of a function of the device, whether the device has been switched on/off, whether the device has been operated, or whether the device has moved; a grouping unit configured to classify the devices into at least one group on the basis of positions of the devices indicated by the device logs and a preset condition, the preset condition including a first condition that the positions of the respective devices are included in a common area at least at any point in time ; and a correlation determination unit configured to analyze a correlation between the devices in each of the at least one group in terms of whether or not the devices are used by the same user on the basis of the device logs and a preset condition of the states.