mhurhangee/ep-ind-claims huggingface dataset:
A rate matching method, comprising: obtaining a Polar encoded bit sequence, wherein the Polar encoded bit sequence has a code length of N, and N is an integer power of 2, and N is greater than 32; dividing the Polar encoded bit sequence into g groups, a length of each group is N/g, wherein g is 32; block interleaving the g groups to obtain an interleaved bit sequence, wherein the interleaved bit sequence comprises g groups of bits, the g groups are ordered according to a sequence S after the block interleaving, each element in the sequence S indicates a group number after the block interleaving; rate matching the interleaved bit sequence to obtain a rate matched bit sequence; and transmitting the rate matched bit sequence; wherein when a transmission code rate R is greater than a code rate threshold R0, the rate matching the interleaved bit sequence to obtain the rate matched bit sequence comprises: shortening (N-M) bits from the end of the interleaved bit sequence to obtain the rate matched bit sequence; wherein when a transmission code rate R is less than or equal to a code rate threshold R0, the rate matching the interleaved bit sequence to obtain the rate matched bit sequence comprises: puncturing (N-M) bits from the beginning of the interleaved bit sequence to obtain the rate matched bit sequence; wherein R=K/M and M is a positive integer smaller than N, and wherein a value of the R0 is less than 1/2 and not less than 2/5. obtaining a Polar encoded bit sequence, wherein the Polar encoded bit sequence has a code length of N, and N is an integer power of 2, and N is greater than 32; dividing the Polar encoded bit sequence into g groups, a length of each group is N/g, wherein g is 32; block interleaving the g groups to obtain an interleaved bit sequence, wherein the interleaved bit sequence comprises g groups of bits, the g groups are ordered according to a sequence S after the block interleaving, each element in the sequence S indicates a group number after the block interleaving; rate matching the interleaved bit sequence to obtain a rate matched bit sequence; and transmitting the rate matched bit sequence; wherein when a transmission code rate R is greater than a code rate threshold R0, the rate matching the interleaved bit sequence to obtain the rate matched bit sequence comprises: shortening (N-M) bits from the end of the interleaved bit sequence to obtain the rate matched bit sequence; wherein when a transmission code rate R is less than or equal to a code rate threshold R0, the rate matching the interleaved bit sequence to obtain the rate matched bit sequence comprises: puncturing (N-M) bits from the beginning of the interleaved bit sequence to obtain the rate matched bit sequence; wherein R=K/M and M is a positive integer smaller than N, and wherein a value of the R0 is less than 1/2 and not less than 2/5.
Method for a colour correction, comprising: a step for performing an initial colour correction on a source picture content using a reference type display having a reference colour gamut to obtain a mastered picture content subject to a colour correction for the display of reference type displays having a reference colour gamut; characterized in that the method also comprises: a step for determining a first set of metadata defining a colour gamut mapping description for a colour gamut mapping from a non-reference type display having a non-reference colour gamut to a reference type display; a step for performing a subsequent colour correction using the non-reference type display and mastered picture content subject to a colour correction to generate a second set of metadata for non-reference type displays having the non-reference colour gamut; a step for generating a final set of metadata from the first set of metadata and second set of metadata, for a subsequent colour transformation that transforms the colour of the mastered picture content subject to a colour correction for the display on non-reference type displays for client use, wherein the source picture content is mastered only for client use for reference type displays having the reference colour gamut. a step for performing an initial colour correction on a source picture content using a reference type display having a reference colour gamut to obtain a mastered picture content subject to a colour correction for the display of reference type displays having a reference colour gamut; a step for determining a first set of metadata defining a colour gamut mapping description for a colour gamut mapping from a non-reference type display having a non-reference colour gamut to a reference type display; a step for performing a subsequent colour correction using the non-reference type display and mastered picture content subject to a colour correction to generate a second set of metadata for non-reference type displays having the non-reference colour gamut; a step for generating a final set of metadata from the first set of metadata and second set of metadata, for a subsequent colour transformation that transforms the colour of the mastered picture content subject to a colour correction for the display on non-reference type displays for client use, wherein the source picture content is mastered only for client use for reference type displays having the reference colour gamut.
A composite molded lens (10, 40) comprising a press-formed lens body (14, 44, 51, 61) and a lens frame, the lens body having a lens portion and a flange portion (13, 43, 53, 63) surrounding the lens portion, the lens frame being injection-molded to surround the flange portion, the lens frame being integral with the lens body, the composite molded lens being characterized by at least one of projections (16, 46) and grooves on at least one of the surfaces of the flange portion, the projections and the grooves extending radially toward an outer peripheral edge, a height of the projection increasing toward an outer peripheral edge side and a depth of the groove increasing toward the outer peripheral edge side and thereby a recess (18, 48, 58a, 58b, 68) or a protrusion formed in a portion which is on an outer peripheral end face of the flange portion and located on a line extending from the projection or the groove.
A guide system for indicating an activator of a defibrillator to a user comprising: a motion detection circuit which determines motion of the defibrillator and generates at least one defibrillator motion mode signal, and a guide circuit which receives the defibrillator motion mode signal, characterised in that on receiving the motion mode signal, the guide circuit generates an indication signal and sends the indication signal to the activator which causes the activator to be illuminated and indicated to the user of the defibrillator. a motion detection circuit which determines motion of the defibrillator and generates at least one defibrillator motion mode signal, and a guide circuit which receives the defibrillator motion mode signal, characterised in that on receiving the motion mode signal, the guide circuit generates an indication signal and sends the indication signal to the activator which causes the activator to be illuminated and indicated to the user of the defibrillator.
A method for manufacturing a rubber composition comprising a rubber component and short fibers, wherein the short fibers are cationized, and wherein the amount of the cationized short fibers is 0.1 to 50 parts by mass based on 100 parts by mass of the rubber component, the method comprising: a mixing step for mixing the cationized short fibers and rubber latex to prepare a rubber-short fiber mixed solution; and a drying step for drying the rubber-short fiber mixed solution to give a rubber composition; wherein in the mixing step for mixing the cationized short fibers and rubber latex to prepare a rubber-short fiber mixed solution, the rubber-short fiber mixed solution is separated into two layers and, after the rubber-short fiber mixed solution is separated into two layers, a layer composed mainly of water is removed. a mixing step for mixing the cationized short fibers and rubber latex to prepare a rubber-short fiber mixed solution; and a drying step for drying the rubber-short fiber mixed solution to give a rubber composition; wherein in the mixing step for mixing the cationized short fibers and rubber latex to prepare a rubber-short fiber mixed solution, the rubber-short fiber mixed solution is separated into two layers and, after the rubber-short fiber mixed solution is separated into two layers, a layer composed mainly of water is removed.
An apparatus for determining the presence of a microorganism in a sample, the apparatus comprising: a housing including a first end adapted to receive a sample and a volume for receiving the sample therein; and an array of miniaturized ISFET-containing chambers disposed in the volume so that the received sample is above the array of chambers, each chamber in fluid communication with the overlying housing volume for receiving the sample and having an ion sensitive field-effect transistor (230, 300) disposed at the bottom of the chamber, wherein the ion sensitive field-effect transistor (230, 300) is configured to detect a change in the sample indicative of at least one of the presence or absence or response of a microorganism in the sample, wherein each chamber in the array of chambers has a height of between about 5 μm and about 100 μm and a volume ranging from 1 femtoliter to 1 microliter, preferably from 1 picoliter to 1 nanoliter, and wherein each chamber has an opening on the order of 5μm to accommodate at least one microorganism received from the volume within the chamber, characterised in that the housing is a centrifugable collection tube and wherein the array of chambers is disposed at the bottom of the collection tube. a housing including a first end adapted to receive a sample and a volume for receiving the sample therein; and an array of miniaturized ISFET-containing chambers disposed in the volume so that the received sample is above the array of chambers, each chamber in fluid communication with the overlying housing volume for receiving the sample and having an ion sensitive field-effect transistor (230, 300) disposed at the bottom of the chamber, wherein the ion sensitive field-effect transistor (230, 300) is configured to detect a change in the sample indicative of at least one of the presence or absence or response of a microorganism in the sample, wherein each chamber in the array of chambers has a height of between about 5 μm and about 100 μm and a volume ranging from 1 femtoliter to 1 microliter, preferably from 1 picoliter to 1 nanoliter, and wherein each chamber has an opening on the order of 5μm to accommodate at least one microorganism received from the volume within the chamber, characterised in that the housing is a centrifugable collection tube and wherein the array of chambers is disposed at the bottom of the collection tube.
A non-transitory machine-readable storage medium comprising a plurality of stored sets of spatial features from a respective plurality of touches received on a touch-sensitive surface and determined to be intended touches, and instructions for determining unintended touch rejection, the instructions executable by a processor of a system to: recognize a touch on the touch-sensitive surface; capture a set of data related to the touch, wherein the set of data comprises a set of spatial features relating to a set of shapes of the touch over a set of time intervals including a first time interval and a second time interval; determine whether the recognized touch was intended based on a comparison of a first shape of the touch at the first time interval and a second shape of the touch at the second time interval to a corresponding first set of spatial features relating to a first shape of a stored touch and second set of spatial features relating to a second shape of the stored touch obtained at corresponding first and second time intervals, the first and the second set of spatial features belonging to a subset of the plurality of stored sets of spatial features, wherein the subset of the plurality of stored sets of spatial features has been narrowed from the plurality of stored sets of spatial features based on information related to the recognized touch. recognize a touch on the touch-sensitive surface; capture a set of data related to the touch, wherein the set of data comprises a set of spatial features relating to a set of shapes of the touch over a set of time intervals including a first time interval and a second time interval; determine whether the recognized touch was intended based on a comparison of a first shape of the touch at the first time interval and a second shape of the touch at the second time interval to a corresponding first set of spatial features relating to a first shape of a stored touch and second set of spatial features relating to a second shape of the stored touch obtained at corresponding first and second time intervals, the first and the second set of spatial features belonging to a subset of the plurality of stored sets of spatial features, wherein the subset of the plurality of stored sets of spatial features has been narrowed from the plurality of stored sets of spatial features based on information related to the recognized touch.
A dunnage apparatus, comprising: a converting station operable to convert a line of high-density supply material into a line of low-density dunnage, and dispense the low-density dunnage along a path in a downstream direction; characterized in that a cutting member having a convex cutting edge extending across the path downstream of the converting station, the cutting edge having teeth with tips that are aligned with each other to thereby define the convex shape of the cutting edge, the cutting edge configured to engage and sequentially initiate cuts through the line of low-density dunnage when the line of low-density dunnage is pulled against the cutting member, thereby reducing cutting forces. a converting station operable to convert a line of high-density supply material into a line of low-density dunnage, and dispense the low-density dunnage along a path in a downstream direction; characterized in that a cutting member having a convex cutting edge extending across the path downstream of the converting station, the cutting edge having teeth with tips that are aligned with each other to thereby define the convex shape of the cutting edge, the cutting edge configured to engage and sequentially initiate cuts through the line of low-density dunnage when the line of low-density dunnage is pulled against the cutting member, thereby reducing cutting forces.
A system for generating an interface on a resonance surface, the system comprising: a memory storing one or more instructions; and a processor configured to execute the one or more instructions to: determine a first type of resonance pattern based on a control signal received from a control unit, and generate the first type of resonance pattern on the resonance surface by configuring a first haptic output device to generate a first haptic output at a location on the resonance surface and configuring a second haptic output device to generate a second haptic output that interferes constructively or destructively with the first haptic output at the location, wherein the location on the resonance surface resonates according to the first type of resonance pattern, characterized in that the resonance surface comprises a composite surface, the composite surface includes a resonance material and a non-resonance material, and when the first type of resonance pattern interacts with the resonance material and the non-resonance material of the composite surface, only the resonance material resonates. a memory storing one or more instructions; and a processor configured to execute the one or more instructions to: determine a first type of resonance pattern based on a control signal received from a control unit, and generate the first type of resonance pattern on the resonance surface by configuring a first haptic output device to generate a first haptic output at a location on the resonance surface and configuring a second haptic output device to generate a second haptic output that interferes constructively or destructively with the first haptic output at the location, wherein the location on the resonance surface resonates according to the first type of resonance pattern, characterized in that the resonance surface comprises a composite surface, the composite surface includes a resonance material and a non-resonance material, and when the first type of resonance pattern interacts with the resonance material and the non-resonance material of the composite surface, only the resonance material resonates. determine a first type of resonance pattern based on a control signal received from a control unit, and generate the first type of resonance pattern on the resonance surface by configuring a first haptic output device to generate a first haptic output at a location on the resonance surface and configuring a second haptic output device to generate a second haptic output that interferes constructively or destructively with the first haptic output at the location, wherein the location on the resonance surface resonates according to the first type of resonance pattern, characterized in that the resonance surface comprises a composite surface, the composite surface includes a resonance material and a non-resonance material, and when the first type of resonance pattern interacts with the resonance material and the non-resonance material of the composite surface, only the resonance material resonates.
A method of providing, by a networked server via a Web Portal, security services for controlling physical access via command messages transmitted wirelessly between a mobile device and a controller for actuating a physical access control device, the method comprising: receiving, by the networked server via the Web Portal, an authentication request from a mobile device, the authentication request comprising information identifying the mobile device and information identifying a physical access control device; in response to identifying the mobile device and the physical access control device, authenticating, by the networked server, the authentication request issued by the mobile device, and in response to the authenticating, generating, by the networked server, an encrypted response message comprising a plurality of unique identifiers, wherein: a first encryption engine generates a first encoded portion of a command message for the physical access control device, and a second encryption engine generates a second encoded portion including a series of patterns for said command message; and forwarding to the mobile device, by the networked server, the encrypted response message including the first encoded portion and the second encoded portion so as to enable the physical access control device to authenticate a command message, from the mobile device, including the first encoded portion and the second encoded portion prior to completing an access control operation, on the physical access control device, corresponding to the command message. receiving, by the networked server via the Web Portal, an authentication request from a mobile device, the authentication request comprising information identifying the mobile device and information identifying a physical access control device; in response to identifying the mobile device and the physical access control device, authenticating, by the networked server, the authentication request issued by the mobile device, and in response to the authenticating, generating, by the networked server, an encrypted response message comprising a plurality of unique identifiers, wherein: a first encryption engine generates a first encoded portion of a command message for the physical access control device, and a second encryption engine generates a second encoded portion including a series of patterns for said command message; and a first encryption engine generates a first encoded portion of a command message for the physical access control device, and a second encryption engine generates a second encoded portion including a series of patterns for said command message; and forwarding to the mobile device, by the networked server, the encrypted response message including the first encoded portion and the second encoded portion so as to enable the physical access control device to authenticate a command message, from the mobile device, including the first encoded portion and the second encoded portion prior to completing an access control operation, on the physical access control device, corresponding to the command message.
A planar phased array antenna assembly comprising: a first face sheet, the first face sheet comprising a first plurality of radiating slots for a first frequency band, the first plurality of radiating slots comprising a plurality of crossed slots, the crossed slots operable to radiate horizontally polarized and vertically polarized microwaves, and a second plurality of radiating slots for a second frequency band, the first frequency band lower than the second frequency band; a second face sheet; a structure interposed between the first face sheet and the second face sheet, the structure comprising a third plurality of radiating elements at the first frequency band and a fourth plurality of radiating elements at the second frequency band, each of the fourth plurality of radiating elements comprising at least one ridged waveguide coupled to at least one of the second plurality of radiating slots, the structure further comprising a first feed network for the third plurality of radiating elements and a second feed network for the fourth plurality of radiating elements; and a third face sheet wherein the second face sheet is interposed between the structure and the third face sheet. a first face sheet, the first face sheet comprising a first plurality of radiating slots for a first frequency band, the first plurality of radiating slots comprising a plurality of crossed slots, the crossed slots operable to radiate horizontally polarized and vertically polarized microwaves, and a second plurality of radiating slots for a second frequency band, the first frequency band lower than the second frequency band; a second face sheet; a structure interposed between the first face sheet and the second face sheet, the structure comprising a third plurality of radiating elements at the first frequency band and a fourth plurality of radiating elements at the second frequency band, each of the fourth plurality of radiating elements comprising at least one ridged waveguide coupled to at least one of the second plurality of radiating slots, the structure further comprising a first feed network for the third plurality of radiating elements and a second feed network for the fourth plurality of radiating elements; and a third face sheet wherein the second face sheet is interposed between the structure and the third face sheet.
A climate-controlled bed, comprising: a first thermal energy source, wherein the first thermal energy source is capable of simultaneously providing cooling and warming to separate air streams directed to different areas of the bed sleeping surface; and a control system that regulates a temperature of the bed via the first thermal energy source, wherein the control system varies the temperature during a sleep cycle of the user based on at least one predetermined sleep factor. a first thermal energy source, wherein the first thermal energy source is capable of simultaneously providing cooling and warming to separate air streams directed to different areas of the bed sleeping surface; and a control system that regulates a temperature of the bed via the first thermal energy source, wherein the control system varies the temperature during a sleep cycle of the user based on at least one predetermined sleep factor.