mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: at least one processor ; and at least one memory including computer program code, the at least one memory and the computer program code configured to train a machine-learning error estimation model, with the at least one processor , cause the apparatus to: generate an output quality error estimate using the machine-learning error estimation model to compare a first output meeting a predetermined quality threshold, the first output being based on a first image reconstructed from a plurality standard power classed images, with a second output, the second output being based on a second image reconstructed from aplurality of low power classed images, and provide the output quality error estimate for use in estimating if a second subsequent image is required, in addition to a first subsequent image to obtain a cumulative output having an output quality error meeting a predetermined error threshold. at least one processor ; and at least one memory including computer program code, the at least one memory and the computer program code configured to train a machine-learning error estimation model, with the at least one processor , cause the apparatus to: generate an output quality error estimate using the machine-learning error estimation model to compare a first output meeting a predetermined quality threshold, the first output being based on a first image reconstructed from a plurality standard power classed images, with a second output, the second output being based on a second image reconstructed from aplurality of low power classed images, and provide the output quality error estimate for use in estimating if a second subsequent image is required, in addition to a first subsequent image to obtain a cumulative output having an output quality error meeting a predetermined error threshold. generate an output quality error estimate using the machine-learning error estimation model to compare a first output meeting a predetermined quality threshold, the first output being based on a first image reconstructed from a plurality standard power classed images, with a second output, the second output being based on a second image reconstructed from aplurality of low power classed images, and provide the output quality error estimate for use in estimating if a second subsequent image is required, in addition to a first subsequent image to obtain a cumulative output having an output quality error meeting a predetermined error threshold.
A display panel free of a liquid crystal layer, comprising a base substrate (S), and an array of a plurality of pixels on the base substrate (S), each of the plurality of pixels comprising at least one subpixel; wherein each subpixel comprises: an electroactive layer (EL) on the base substrate (S); and a light transmission layer (LTL) on the base substrate (S) configured to be actuated by the electroactive layer (EL), characterized in that , the electroactive layer (EL) comprises a first portion (M) and a second portion (N), the light transmission layer (LTL) being sandwiched between the first portion (M) and the second portion (N), and the first portion (M) and the second portion (N) are configured to exert a force to the light transmission layer (LTL) for changing a thickness of the light transmission layer (LTL) in response to a change in an electrical signal applied to the electroactive layer (EL),so that light transmittance of the light transmission layer (LTL) in the at least one subpixel changes in response to the change in the electrical signal applied to the electroactive layer (EL) to achieve levels of gray scale; wherein the light transmission layer (LTL) is reversibly deformable, and the light transmission layer (LTL) is spaced apart from the base substrate (S) by a gap distance (GD) variable based on a deformation of the light transmission layer (LTL). an electroactive layer (EL) on the base substrate (S); and a light transmission layer (LTL) on the base substrate (S) configured to be actuated by the electroactive layer (EL), the electroactive layer (EL) comprises a first portion (M) and a second portion (N), the light transmission layer (LTL) being sandwiched between the first portion (M) and the second portion (N), and the first portion (M) and the second portion (N) are configured to exert a force to the light transmission layer (LTL) for changing a thickness of the light transmission layer (LTL) in response to a change in an electrical signal applied to the electroactive layer (EL),so that light transmittance of the light transmission layer (LTL) in the at least one subpixel changes in response to the change in the electrical signal applied to the electroactive layer (EL) to achieve levels of gray scale; wherein the light transmission layer (LTL) is reversibly deformable, and the light transmission layer (LTL) is spaced apart from the base substrate (S) by a gap distance (GD) variable based on a deformation of the light transmission layer (LTL).
A mobility management method, wherein the method comprises: obtaining, by a first mobility management entity, information about an established PDN connection of a user equipment, LTE, said information being an identifier of a session management function entity corresponding to the established PDN connection and information about a subscribed network slice of the UE; obtaining, by the first mobility management entity based on the information about the established PDN connection, information about a network slice corresponding to the established PDN connection from the session management function entity corresponding to the established PDN connection; and obtaining, by the first mobility management entity based on the information about the network slice corresponding to the established PDN connection and the information about the subscribed network slice, information about a network slice allowed for the UE. obtaining, by a first mobility management entity, information about an established PDN connection of a user equipment, LTE, said information being an identifier of a session management function entity corresponding to the established PDN connection and information about a subscribed network slice of the UE; obtaining, by the first mobility management entity based on the information about the established PDN connection, information about a network slice corresponding to the established PDN connection from the session management function entity corresponding to the established PDN connection; and obtaining, by the first mobility management entity based on the information about the network slice corresponding to the established PDN connection and the information about the subscribed network slice, information about a network slice allowed for the UE.
A portable heating system, comprising: a heating assembly; a fuel cartridge comprising a distal portion that includes a post ; and an adaptor configured to couple the fuel cartridge to the heating assembly, the adaptor defining an interior configured to receive the distal portion of the fuel cartridge and comprising a ledge that forms a ramp and an indent , the post of the distal portion configured to move along the ramp and mate with the indent when the distal portion of the cartridge is inserted into and rotated within the interior of the adaptor ; wherein the adaptor further comprises an inlet to receive the post during insertion of the distal portion of the fuel cartridge into the interior of the adaptor . a heating assembly; a fuel cartridge comprising a distal portion that includes a post ; and an adaptor configured to couple the fuel cartridge to the heating assembly, the adaptor defining an interior configured to receive the distal portion of the fuel cartridge and comprising a ledge that forms a ramp and an indent , the post of the distal portion configured to move along the ramp and mate with the indent when the distal portion of the cartridge is inserted into and rotated within the interior of the adaptor ; wherein the adaptor further comprises an inlet to receive the post during insertion of the distal portion of the fuel cartridge into the interior of the adaptor .
A water treatment process comprising: contacting contaminated water with a catalyst, wherein the catalyst comprises palladium and gold or palladium and tin; introducing hydrogen and an oxygen-containing gas into the contaminated water, wherein the ratio of hydrogen to oxygen-containing gas is 1:10 to 10:1; and reacting hydrogen and oxygen at a temperature of from -20 °C to 50 °C in the presence of the catalyst and the contaminated water to generate radical species that react with contaminants in the water, wherein the radical species include hydrogen radicals. contacting contaminated water with a catalyst, wherein the catalyst comprises palladium and gold or palladium and tin; introducing hydrogen and an oxygen-containing gas into the contaminated water, wherein the ratio of hydrogen to oxygen-containing gas is 1:10 to 10:1; and reacting hydrogen and oxygen at a temperature of from -20 °C to 50 °C in the presence of the catalyst and the contaminated water to generate radical species that react with contaminants in the water, wherein the radical species include hydrogen radicals.
Method for eyesight testing comprising a step of arranging an optical glass in a location of a support and the following steps according to which a control module: - displays on a selection screen (ES) and on a reading screen (EL) a plurality of lines, each line extending in a distinct direction, the selection screen (ES) and the reading screen (EL) being two distinct screens or alternatively a single and same screen; - receives a selection of a line on the selection screen (ES); the method being such that: - when the control module receives a selection of a first line while no other line has been selected yet, the control module selects said first line by modifying at least one appearance-related feature of the first line so that the first line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected; characterised in that : - when the control module receives a selection of a new line while at least one other line has already been selected, the control module selects said new line by modifying at least one appearance-related feature of the new line so that the new line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected, and the control module deselects each line that is not directly adjacent to said new selected line by giving each of said non-adjacent lines its initial appearance. - displays on a selection screen (ES) and on a reading screen (EL) a plurality of lines, each line extending in a distinct direction, the selection screen (ES) and the reading screen (EL) being two distinct screens or alternatively a single and same screen; - receives a selection of a line on the selection screen (ES); - when the control module receives a selection of a first line while no other line has been selected yet, the control module selects said first line by modifying at least one appearance-related feature of the first line so that the first line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected; - when the control module receives a selection of a new line while at least one other line has already been selected, the control module selects said new line by modifying at least one appearance-related feature of the new line so that the new line changes from an initial appearance to a modified appearance that differentiates it from the lines that are not selected, and the control module deselects each line that is not directly adjacent to said new selected line by giving each of said non-adjacent lines its initial appearance.
A processor-readable medium storing code representing instructions that when executed by a processor cause the processor to: receive a selected destination to which to send a document generated from a job of a particular type of multiple job types; pass the job, including the selected destination as a job parameter, to a job engine whose function matches the particular job type, the job engine being any one of multiple job engines of a job source device , each of the multiple job engines matching one of the multiple job types; process the job at the job engine to generate the document; cause the job engine to pass to a destination notification manager, the selected destination and a document reference to identify the document generated by the job engine from the job; cause the destination notification manager to match the selected destination with a delivery agent that is registered to receive a notification about the selected destination and that implements a destination-specific protocol for transmitting the document to the selected destination ; and use the document reference to direct the delivery agent to retrieve the document and transmit it to the selected destination . receive a selected destination to which to send a document generated from a job of a particular type of multiple job types; pass the job, including the selected destination as a job parameter, to a job engine whose function matches the particular job type, the job engine being any one of multiple job engines of a job source device , each of the multiple job engines matching one of the multiple job types; process the job at the job engine to generate the document; cause the job engine to pass to a destination notification manager, the selected destination and a document reference to identify the document generated by the job engine from the job; cause the destination notification manager to match the selected destination with a delivery agent that is registered to receive a notification about the selected destination and that implements a destination-specific protocol for transmitting the document to the selected destination ; and use the document reference to direct the delivery agent to retrieve the document and transmit it to the selected destination .
A serum- or plasma-separating composition having a shear rate of 1.0 second comprising a resin composition having a viscosity of 10 to 200 Pa·s measured at 25°C, a silica fine powder, and an amide-based compound represented by the following formula : wherein R 3 is an alkyl group having 1 to 4 carbon atoms; and R 1 and R 2 are independently a hydrogen atom or a linear or branched alkyl group having 1 to 8 carbon atoms.
A method of manufacturing a fan blade for a gas turbine engine, comprising: positioning a first member against a second member , the first member having a first surface and the second member having a second surface , each of the first surface and the second surface extending from a leading edge to a trailing edge of the fan blade and from a tip edge to or proximate to a root of the fan blade, wherein the second member includes structural ribs extending to the first member; and bonding the second member to the first member at free edges of the structural ribs and about a perimeter of the fan blade, the first member being oversized so that the bonding between the first member and the second member results in skin extensions around the blade perimeter, wherein the skin extensions extend past the second member at the leading edge , the trailing edge , the tip and the root , whereby the bonding occurs away from the edges of the first member; and removing the skin extensions after bonding. positioning a first member against a second member , the first member having a first surface and the second member having a second surface , each of the first surface and the second surface extending from a leading edge to a trailing edge of the fan blade and from a tip edge to or proximate to a root of the fan blade, wherein the second member includes structural ribs extending to the first member; and bonding the second member to the first member at free edges of the structural ribs and about a perimeter of the fan blade, the first member being oversized so that the bonding between the first member and the second member results in skin extensions around the blade perimeter, wherein the skin extensions extend past the second member at the leading edge , the trailing edge , the tip and the root , whereby the bonding occurs away from the edges of the first member; and removing the skin extensions after bonding.
A releasable connector apparatus for use in providing a releasable connection between a conveyance member and a downhole tool , the apparatus comprising: a connector mandrel to be coupled to a conveyance member ; a connector housing to be coupled with a downhole tool ; a socket defined within the connector housing for receiving the connector mandrel ; a latch arrangement operable within the socket and comprising a latch member , wherein the latch arrangement is moveable relative to the connector housing between a connect position in which the latch member is locked relative to the connector mandrel to prevent removal of the connector mandrel from the socket , and a disconnect position in which the latch member is unlocked relative to the connector mandrel to permit removal of the connector mandrel from the socket ; a cavity defined within the connector housing , wherein the cavity is sealingly isolated from the socket such that fluid pressure within the socket is prevented from applying a biasing force on an actuator ; and the actuator mounted within the cavity and coupled to the latch arrangement , wherein the actuator is moveable relative to the housing between a first position in which the latch arrangement is in its connect position, and a second position in which the latch arrangement is in its disconnect position. a connector mandrel to be coupled to a conveyance member ; a connector housing to be coupled with a downhole tool ; a socket defined within the connector housing for receiving the connector mandrel ; a latch arrangement operable within the socket and comprising a latch member , a cavity defined within the connector housing , wherein the cavity is sealingly isolated from the socket such that fluid pressure within the socket is prevented from applying a biasing force on an actuator ; and the actuator mounted within the cavity and coupled to the latch arrangement , wherein the actuator is moveable relative to the housing between a first position in which the latch arrangement is in its connect position, and a second position in which the latch arrangement is in its disconnect position.
A glass-based article, comprising: greater than or equal to 45 mol% to less than or equal to 75 mol% SiO 2 ; greater than or equal to 9 mol% to less than or equal to 14 mol% Al 2 O 3 ; greater than or equal to 6 mol% to less than or equal to 15 mol% P 2 O 5 ; and greater than or equal to 6 mol% to less than or equal to 25 mol% K 2 O and a hydrogen-containing layer extending from a surface of the glass-based article to a depth of layer, wherein: a hydrogen concentration of the hydrogen-containing layer decreases from a maximum hydrogen concentration to the depth of layer; and the depth of layer is greater than 5 μm. greater than or equal to 45 mol% to less than or equal to 75 mol% SiO 2 ; greater than or equal to 9 mol% to less than or equal to 14 mol% Al 2 O 3 ; greater than or equal to 6 mol% to less than or equal to 15 mol% P 2 O 5 ; and greater than or equal to 6 mol% to less than or equal to 25 mol% K 2 O and a hydrogen-containing layer extending from a surface of the glass-based article to a depth of layer, wherein: a hydrogen concentration of the hydrogen-containing layer decreases from a maximum hydrogen concentration to the depth of layer; and the depth of layer is greater than 5 μm. a hydrogen concentration of the hydrogen-containing layer decreases from a maximum hydrogen concentration to the depth of layer; and the depth of layer is greater than 5 μm.
A method for receiving a content by a client device , comprising: receiving multimedia multiplexing transport protocol, MMTP, packets ; reconstructing the MMTP packets into dynamic adaptive streaming over hypertext transport protocol, DASH, segments ; and storing the DASH segments and associated uniform resource locators, URLs , of the DASH segments in a segments buffer , wherein a URL included in the associated URLs is used as an index to find a DASH segment in the segments buffer , and wherein the associated URLs are found from a generic file delivery table, GFDT, if a generic file delivery, GFD, mode is used, or the associated URLs are found from an mmpu box if a media processing unit, MPU, mode is used. receiving multimedia multiplexing transport protocol, MMTP, packets ; reconstructing the MMTP packets into dynamic adaptive streaming over hypertext transport protocol, DASH, segments ; and storing the DASH segments and associated uniform resource locators, URLs , of the DASH segments in a segments buffer , wherein a URL included in the associated URLs is used as an index to find a DASH segment in the segments buffer , and wherein the associated URLs are found from a generic file delivery table, GFDT, if a generic file delivery, GFD, mode is used, or the associated URLs are found from an mmpu box if a media processing unit, MPU, mode is used.
A computer program product for determining reliability of electrocardiogram, ECG data, the computer program product comprising: a computer-readable storage medium having computer-readable program code embodied therewith, the computer-readable program code executable by one or more computer processors to perform an operation, the operation comprising: receiving ECG data comprising waveform data relating to a detected heartbeat for a patient ; determining a peak amplitude associated with an R-wave in the waveform data, relating to the heartbeat; identifying a first baseline region in the waveform data and a second baseline region in the waveform data, wherein the first baseline region relates to the heartbeat and precedes the R-wave and the second baseline region relates to the heartbeat and follows the R-wave; determining a signal-to-noise ratio, SNR, on a per-heartbeat basis for the waveform data relating to the heartbeat, based on the peak amplitude , the first baseline region , and the second baseline region ; determining a per-heartbeat confidence metric relating to the waveform data, based on the determined SNR,wherein determining the per-heartbeat confidence metric includes assigning a confidence level to the ECG data for a heartbeat based on at least one per-heartbeat SNR threshold; determining, for a sample of the ECG data comprising multiple heartbeats, a per-sample confidence metric based on the determined per-heartbeat SNR and/or based on the determined per-heartbeat confidence metric; and filtering out ECG data with low confidence in medical treatment related to the patient . receiving ECG data comprising waveform data relating to a detected heartbeat for a patient ; determining a peak amplitude associated with an R-wave in the waveform data, relating to the heartbeat; identifying a first baseline region in the waveform data and a second baseline region in the waveform data, wherein the first baseline region relates to the heartbeat and precedes the R-wave and the second baseline region relates to the heartbeat and follows the R-wave; determining a signal-to-noise ratio, SNR, on a per-heartbeat basis for the waveform data relating to the heartbeat, based on the peak amplitude , the first baseline region , and the second baseline region ; determining a per-heartbeat confidence metric relating to the waveform data, based on the determined SNR,wherein determining the per-heartbeat confidence metric includes assigning a confidence level to the ECG data for a heartbeat based on at least one per-heartbeat SNR threshold; determining, for a sample of the ECG data comprising multiple heartbeats, a per-sample confidence metric based on the determined per-heartbeat SNR and/or based on the determined per-heartbeat confidence metric; and filtering out ECG data with low confidence in medical treatment related to the patient .