mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device package comprising: a substrate having a cavity formed therein; a heat sink provided in the cavity; a light emitting device mounted on the heat sink; and a phosphor layer disposed within the cavity and covering the heat sink and the light emitting device wherein the substrate comprises a plurality of stacked ceramic sub-substrates , wherein the cavity is defined by at least one ceramic sub-substrate of the sub-substrates having a central hole portion on a flat ceramic sub-substrate, and wherein the heat sink is disposed on a bottom surface of the cavity to be adjacent to an inner wall of the cavity characterised in that the heat sink includes: a flange part having an edge upwardly inclined to be fixedly attached to the inner wall of the cavity; and a heat transfer part protruding upwardly from a central portion of the flange part. a substrate having a cavity formed therein; a heat sink provided in the cavity; a light emitting device mounted on the heat sink; and a phosphor layer disposed within the cavity and covering the heat sink and the light emitting device wherein the substrate comprises a plurality of stacked ceramic sub-substrates , wherein the cavity is defined by at least one ceramic sub-substrate of the sub-substrates having a central hole portion on a flat ceramic sub-substrate, and wherein the heat sink is disposed on a bottom surface of the cavity to be adjacent to an inner wall of the cavity characterised in that the heat sink includes: a flange part having an edge upwardly inclined to be fixedly attached to the inner wall of the cavity; and a heat transfer part protruding upwardly from a central portion of the flange part. a flange part having an edge upwardly inclined to be fixedly attached to the inner wall of the cavity; and a heat transfer part protruding upwardly from a central portion of the flange part.
A current collector, comprising: a support layer; a binder layer; and a metal layer, wherein the binder layer is arranged between the support layer and the metal layer; the binder layer comprises an organic binder and inorganic particles; a thickness D 0 of the binder layer is 1.0-5.0 μm, optionally 1.0-3.0 μm; and the inorganic particles comprise large particles with a median particle size D 50large and small particles with a median particle size D 50small , and the median particle sizes of the large particles and the small particles satisfy the following relationships: D 50large > D 50small ; D 50 large = 0.5 − 0.9 × D 0 ; and D 50 small = 0.1 − 0.4 × D 0 , wherein the median particle sizes D 50large and D 50small are measured according to the description. a support layer; a binder layer; and a metal layer, wherein the binder layer is arranged between the support layer and the metal layer; the binder layer comprises an organic binder and inorganic particles; a thickness D 0 of the binder layer is 1.0-5.0 μm, optionally 1.0-3.0 μm; and the inorganic particles comprise large particles with a median particle size D 50large and small particles with a median particle size D 50small , and the median particle sizes of the large particles and the small particles satisfy the following relationships: D 50large > D 50small ; D 50 large = 0.5 − 0.9 × D 0 ; and D 50 small = 0.1 − 0.4 × D 0 , wherein the median particle sizes D 50large and D 50small are measured according to the description.
A method of arranging image filters, the method comprising: extracting at least one parameter related to an image from an input image selected by a user input or a partial region selected by the user input from an input image; determining an arrangement order determination criterion based on values of parameters defining each image filter, wherein the each image filter is defined by a combination of at least one parameter related to a user and the at least one parameter related to an image and the each image filter has the parameter values corresponding to the image filter, and where the arrangement order determination criterion indicates higher priority image filters by means of associated values of parameters that define image filters; searching an image filter database for image filters having parameter values corresponding to those associated with the arrangement order determination criterion; arranging the searched image filters according to the arrangement order determination criterion, such that an image filter having parameter values with a higher similarity to parameter values associated with the arrangement order determination criterion is ordered before another image filter; and displaying the arranged image filters on a display unit of an electronic apparatus, wherein the at least one parameter related to a user include a filter name, a filter generation date, a maker, filter preference, a selection frequency, an age group and the at least one parameter related to an image include color sense, sharpness, silhouette. extracting at least one parameter related to an image from an input image selected by a user input or a partial region selected by the user input from an input image; determining an arrangement order determination criterion based on values of parameters defining each image filter, wherein the each image filter is defined by a combination of at least one parameter related to a user and the at least one parameter related to an image and the each image filter has the parameter values corresponding to the image filter, and where the arrangement order determination criterion indicates higher priority image filters by means of associated values of parameters that define image filters; searching an image filter database for image filters having parameter values corresponding to those associated with the arrangement order determination criterion; arranging the searched image filters according to the arrangement order determination criterion, such that an image filter having parameter values with a higher similarity to parameter values associated with the arrangement order determination criterion is ordered before another image filter; and displaying the arranged image filters on a display unit of an electronic apparatus, wherein the at least one parameter related to a user include a filter name, a filter generation date, a maker, filter preference, a selection frequency, an age group and the at least one parameter related to an image include color sense, sharpness, silhouette.
Method for communication by a first device (b', D) of a wireless communication network (NET) comprising a first (b') point of access to the network and at least one second (b, JM(b')) point of access to the network, the first access point generating, during a communication over a downlink channel (DL') established with a first terminal (d'), an interference signal (INT) affecting at least one communication of said at least one second access point over at least one uplink channel established with at least one second terminal, characterized in that said first access point (b') uses, during said communication over the downlink channel (DL'), a resource used by said at least one second access point (b) during said at least one communication over said at least one uplink channel (UL) and said method comprises: - a step of determining (E100, E102, E402) a set of transmission parameters (MCS_b') which is used by the first access point (b') during said communication with the first terminal over said downlink channel depending on an estimate (E110) of a quality of at least one wireless propagation channel (PR_INT) between said first access point (b') and said at least one second access point (b), said set (MCS_b') of transmission parameters being determined so as to make it possible for said at least one second access point to detect (E206, E506), in a signal received by it, comprising a signal transmitted over said uplink channel (UL) by said second terminal (u), said interference signal (INT) created by the first access point (b') during said communication over said downlink channel (DL'); and - a step (E104, E404) of said first device of the network sending, to said at least one second access point, at least one datum (DATA) which is representative of said set of transmission parameters (MCS_b'). - a step of determining (E100, E102, E402) a set of transmission parameters (MCS_b') which is used by the first access point (b') during said communication with the first terminal over said downlink channel depending on an estimate (E110) of a quality of at least one wireless propagation channel (PR_INT) between said first access point (b') and said at least one second access point (b), said set (MCS_b') of transmission parameters being determined so as to make it possible for said at least one second access point to detect (E206, E506), in a signal received by it, comprising a signal transmitted over said uplink channel (UL) by said second terminal (u), said interference signal (INT) created by the first access point (b') during said communication over said downlink channel (DL'); and - a step (E104, E404) of said first device of the network sending, to said at least one second access point, at least one datum (DATA) which is representative of said set of transmission parameters (MCS_b').
A method for producing bread using aerated dough forming an aerated foam-like structure, comprising processes of mixing dough, aerating the dough, dividing the dough into portions of specified weight and baking of the bread, characterized in that the division process is performed after completion of the mixing process, before the aeration process, which is performed separately for each portion of dough, after which the aerated dough is baked into bread, wherein the aeration process is performed under a pressure of no less than 0.3 MPa followed by decreasing pressure to atmospheric at a controlled rate, between 0.02-0.2 MPa/s.
A land clearing device for use in conjunction with a hydraulic boom crane, which land clearing device comprises: a body which can be connected to the head of the hydraulic boom crane ; a hydraulic motor , supported on the body; a blade comprising two blade panels , reciprocating at the same pace and in opposite directions, and operated by the hydraulic motor; and the hydraulic motor is a hydraulic cylinder to which the blade panels are connected in order to reciprocate them; characterized in that two elongated blade guides are supported on the body ; a space between the blade guides comprises said blade panels and both blade panels comprise knife-like blade rows , extending flush with each other in opposite directions; and the hydraulic cylinder is connected to one of the blade panels and a piston rod of the hydraulic cylinder being connected to the other blade panel. a body which can be connected to the head of the hydraulic boom crane ; a hydraulic motor , supported on the body; a blade comprising two blade panels , reciprocating at the same pace and in opposite directions, and operated by the hydraulic motor; and the hydraulic motor is a hydraulic cylinder to which the blade panels are connected in order to reciprocate them; characterized in that two elongated blade guides are supported on the body ; a space between the blade guides comprises said blade panels and both blade panels comprise knife-like blade rows , extending flush with each other in opposite directions; and the hydraulic cylinder is connected to one of the blade panels and a piston rod of the hydraulic cylinder being connected to the other blade panel.
An information recording object having a combined image including a first image (C1) and a second image (C2) formed on the first image (C1), wherein the first image (C1) and the second image (C2) are printed with inks having different reflected light intensities depending on a viewing angle, one image of the combined image is recognizable depending on the viewing angle, characterized in that the second image (C2) is an image having regularity in feature points (D2) in a spatial frequency domain (F), and the first image (C1) is an image in which feature points (D1) in the spatial frequency domain (F) are disposed at positions hindering the regularity.
A control method for a multi-mode uninterruptible power supply (UPS) wherein the multi-mode UPS comprises three power units for rectification, and an operating mode of the three power units for rectification comprises a single-input input mode; or three power units for inversion, and an operating mode of the three power units for inversion comprises a single-output output mode; the method comprising: obtaining a load rate of the multi-mode UPS ; obtaining an operating mode of the multi-mode UPS wherein the operating mode of the multi-mode UPS is selected from a single-input single-output mode, a single-input three-output mode or a three-input single-output mode; determining whether the load rate is less than a preset first threshold, wherein the first threshold is a rational number greater than 0 and less than 1 ; and if the load rate is less than the first threshold, reducing an operation quantity of the power units of the multi-mode UPS corresponding to the operating mode of the multi-mode UPS by stopping operation of one or two of the power units in an operating state. three power units for inversion, and an operating mode of the three power units for inversion comprises a single-output output mode; the method comprising: obtaining a load rate of the multi-mode UPS ; obtaining an operating mode of the multi-mode UPS wherein the operating mode of the multi-mode UPS is selected from a single-input single-output mode, a single-input three-output mode or a three-input single-output mode; determining whether the load rate is less than a preset first threshold, wherein the first threshold is a rational number greater than 0 and less than 1 ; and if the load rate is less than the first threshold, reducing an operation quantity of the power units of the multi-mode UPS corresponding to the operating mode of the multi-mode UPS by stopping operation of one or two of the power units in an operating state. obtaining a load rate of the multi-mode UPS ; obtaining an operating mode of the multi-mode UPS wherein the operating mode of the multi-mode UPS is selected from a single-input single-output mode, a single-input three-output mode or a three-input single-output mode; determining whether the load rate is less than a preset first threshold, wherein the first threshold is a rational number greater than 0 and less than 1 ; and if the load rate is less than the first threshold, reducing an operation quantity of the power units of the multi-mode UPS corresponding to the operating mode of the multi-mode UPS by stopping operation of one or two of the power units in an operating state.
Device for detecting gas in high-voltage apparatus filled with an insulating medium , comprising: - an inlet for the introduction and an outlet for the discharge of a carrier gas ; - at least one gas sensor for detecting a gas ; - a first pump for conveying the carrier gas in circulation of the device ; - a membrane which consists at least of at least one semipermeable material and which is at least partly surrounded by the insulating medium and is at least partly subjected to a flow of the carrier gas ; and characterized in that , - a second pump for conveying the carrier gas into the device and for conveying the carrier gas out of the device is provided; - during operation of the first pump the second pump has the function of a closed valve and during operation of the second pump the first pump has the function of a closed valve; - next to the first pump and the second pump there is no valve through which the carrier gas can be conveyed into the device or out of the device . - an inlet for the introduction and an outlet for the discharge of a carrier gas ; - at least one gas sensor for detecting a gas ; - a first pump for conveying the carrier gas in circulation of the device ; - a membrane which consists at least of at least one semipermeable material and which is at least partly surrounded by the insulating medium and is at least partly subjected to a flow of the carrier gas ; and - a second pump for conveying the carrier gas into the device and for conveying the carrier gas out of the device is provided; - during operation of the first pump the second pump has the function of a closed valve and during operation of the second pump the first pump has the function of a closed valve; - next to the first pump and the second pump there is no valve through which the carrier gas can be conveyed into the device or out of the device .
A dishwasher comprising: a water tank; a door body; and a sealing strip , the sealing strip comprising: a radial sealing part configured to seal, when in use, a gap between an upper surface of the water tank and the door body ; and a side sealing part connected to the radial sealing part and extending along an up-down direction away from the radial sealing part , wherein in use, the side sealing part seals a gap between an inner side surface of the water tank and the door body ; the sealing strip further comprising a mounting part connected to the radial sealing part and configured to mount the sealing strip in a mounting groove of the door body ; and a seal reinforcing part connected to the side sealing part and located between the side sealing part and an inner side wall surface of the water tank . a water tank; a door body; and a sealing strip , the sealing strip comprising: a radial sealing part configured to seal, when in use, a gap between an upper surface of the water tank and the door body ; and a side sealing part connected to the radial sealing part and extending along an up-down direction away from the radial sealing part , wherein in use, the side sealing part seals a gap between an inner side surface of the water tank and the door body ; the sealing strip further comprising a mounting part connected to the radial sealing part and configured to mount the sealing strip in a mounting groove of the door body ; and a seal reinforcing part connected to the side sealing part and located between the side sealing part and an inner side wall surface of the water tank . a radial sealing part configured to seal, when in use, a gap between an upper surface of the water tank and the door body ; and a side sealing part connected to the radial sealing part and extending along an up-down direction away from the radial sealing part , wherein in use, the side sealing part seals a gap between an inner side surface of the water tank and the door body ; the sealing strip further comprising a mounting part connected to the radial sealing part and configured to mount the sealing strip in a mounting groove of the door body ; and a seal reinforcing part connected to the side sealing part and located between the side sealing part and an inner side wall surface of the water tank .
A computer-implemented method for information protection, comprising: generating , by a sender node associated with a sender of a transaction, a transaction commitment value T by committing a transaction amount t of the transaction according to a commitment scheme, based on at least a transaction blinding factor r_t; generating , by the sender node, a first key of a symmetric key pair; encrypting , by the sender node, a combination of the transaction blinding factor r_t and the transaction amount t with the first key; transmitting , by the sender node, the transaction commitment value T and the encrypted combination to a recipient node associated with a recipient of the transaction for the recipient node to verify the transaction; receiving , by the sender node from the recipient node, a recipient signature SIGB generated by the recipient node, the recipient signature SIGB representing that the recipient has approved the transaction; generating , by the sender node, a sender signature SIGA by signing the transaction, the sender signature SIGA representing that the sender has approved the transaction; generating, by the sender node, an updated version of the transaction comprising the encrypted combination, the transaction commitment value T, the sender signature SIGA, and the recipient signature SIGB; and submitting , by the sender node, the updated version of the transaction to one or more blockchain nodes of the blockchain for adding to the blockchain. generating , by a sender node associated with a sender of a transaction, a transaction commitment value T by committing a transaction amount t of the transaction according to a commitment scheme, based on at least a transaction blinding factor r_t; generating , by the sender node, a first key of a symmetric key pair; encrypting , by the sender node, a combination of the transaction blinding factor r_t and the transaction amount t with the first key; transmitting , by the sender node, the transaction commitment value T and the encrypted combination to a recipient node associated with a recipient of the transaction for the recipient node to verify the transaction; receiving , by the sender node from the recipient node, a recipient signature SIGB generated by the recipient node, the recipient signature SIGB representing that the recipient has approved the transaction; generating , by the sender node, a sender signature SIGA by signing the transaction, the sender signature SIGA representing that the sender has approved the transaction; generating, by the sender node, an updated version of the transaction comprising the encrypted combination, the transaction commitment value T, the sender signature SIGA, and the recipient signature SIGB; and submitting , by the sender node, the updated version of the transaction to one or more blockchain nodes of the blockchain for adding to the blockchain.
Vehicle-sensitive sensor for a self-locking belt retractor, comprising a support part , one locking lever having an engagement tip , and a sensor mass coupled with the locking lever , arranged so that it stands on a contact surface of the support part and that can be tilted towards the support part , characterized in that the sensor mass overlaps an outer edge of the contact surface with a projecting portion , so that the contact surface is also covered radially by the sensor mass and is thus protected from dirt.
A method implemented by a radio network node configured to communicate with user equipments, UEs, over a radio interface, the method comprising: - estimating (S2) one or more quality factors, associated with each of a first and second network, that depend on a load, an expected UE behavior, or an uplink channel quality for one or both of first and second networks; - determining (S3) one or more network selection parameters based on the estimated one or more quality factors; and - communicating (S4) the one or more network selection parameters to at least one UE for enabling the UE to select one of the first and second networks for subsequent access by the at least one UE. - estimating (S2) one or more quality factors, associated with each of a first and second network, that depend on a load, an expected UE behavior, or an uplink channel quality for one or both of first and second networks; - determining (S3) one or more network selection parameters based on the estimated one or more quality factors; and - communicating (S4) the one or more network selection parameters to at least one UE for enabling the UE to select one of the first and second networks for subsequent access by the at least one UE.