mhurhangee/patent-ind-claim-en huggingface dataset:
An estimation device comprising: at least one processor , wherein the processor functions as a learned neural network that derives a result of estimation relating to a bone density of a bone part from a simple radiation image acquired by simply imaging a subject including the bone part or a dual x-ray absorptiometry, DXA, scanning image acquired by imaging the subject by a DXA method, and the learned neural network is learned by using, as teacher data, a composite two-dimensional image representing the subject, which is derived by combining a three-dimensional CT image of the subject, and information relating to the bone density of the subject; and wherein the composite two-dimensional image is derived by deriving an attenuation coefficient of radiation for a composition at each position on a three-dimensional space, and projecting the CT image in a predetermined direction based on the attenuation coefficient. at least one processor , wherein the processor functions as a learned neural network that derives a result of estimation relating to a bone density of a bone part from a simple radiation image acquired by simply imaging a subject including the bone part or a dual x-ray absorptiometry, DXA, scanning image acquired by imaging the subject by a DXA method, and the learned neural network is learned by using, as teacher data, a composite two-dimensional image representing the subject, which is derived by combining a three-dimensional CT image of the subject, and information relating to the bone density of the subject; and wherein the composite two-dimensional image is derived by deriving an attenuation coefficient of radiation for a composition at each position on a three-dimensional space, and projecting the CT image in a predetermined direction based on the attenuation coefficient.
A turbine shroud for a turbine system , the turbine shroud comprising: a unitary body including: a support portion coupled directly to a turbine casing of the turbine system , the support portion having a first surface extending between a forward end and aft end of the support portion ; an intermediate portion integral with and extending away from the support portion ; a seal portion integral with the intermediate portion and opposite the support portion , the seal portion including a forward end , an aft end positioned opposite the forward end , and a hot gas path (HGP) surface extending between the forward end and the aft end ; at least one inlet opening formed in the first surface of the support portion ; at least one plenum in fluid communication with the at least one inlet opening , the at least one plenum extending through the support portion and the intermediate portion ; a cooling passage extending through the seal portion , between the forward end and the aft end of the seal portion , the cooling passage positioned between the at least one plenum and the HGP surface of the seal portion , wherein the cooling passage is in fluid communication with the at least one plenum ; and at least one shot peen screen positioned within the at least one plenum and extending within the intermediate portion , the at least one shot peen screen including a plurality of voids formed therethrough, wherein the at least one shot peen screen prevents shot from passing through the at least one shot peen screen when performing a shot peening process on the unitary body . a support portion coupled directly to a turbine casing of the turbine system , the support portion having a first surface extending between a forward end and aft end of the support portion ; an intermediate portion integral with and extending away from the support portion ; a seal portion integral with the intermediate portion and opposite the support portion , the seal portion including a forward end , an aft end positioned opposite the forward end , and a hot gas path (HGP) surface extending between the forward end and the aft end ; at least one inlet opening formed in the first surface of the support portion ; at least one plenum in fluid communication with the at least one inlet opening , the at least one plenum extending through the support portion and the intermediate portion ; a cooling passage extending through the seal portion , between the forward end and the aft end of the seal portion , the cooling passage positioned between the at least one plenum and the HGP surface of the seal portion , wherein the cooling passage is in fluid communication with the at least one plenum ; and at least one shot peen screen positioned within the at least one plenum and extending within the intermediate portion , the at least one shot peen screen including a plurality of voids formed therethrough, wherein the at least one shot peen screen prevents shot from passing through the at least one shot peen screen when performing a shot peening process on the unitary body .
A base , configured for mounting a voltage sampling member for voltage sampling of a battery cell , wherein the base comprises: a body , provided with a through hole for the voltage sampling member to run through; and a pair of clamping members , mounted to the body for clamping a busbar connected to the battery cell , characterized by an elastic member , connecting the body and the clamping members for providing clamping force. a body , provided with a through hole for the voltage sampling member to run through; and a pair of clamping members , mounted to the body for clamping a busbar connected to the battery cell , characterized by an elastic member , connecting the body and the clamping members for providing clamping force.
Drive rod operated lock with multiple bolt elements and a main lock comprising a latch and a bolt , with at least one secondary lock and frame-side striking plates assigned to these, wherein the movement of the bolt elements to the striking plate takes place with a time displacement, and wherein a driver is provided at the latch tail of the latch , which interacts with a first cam arm of the lock cam , and with a bolt , wherein the bolt can be moved forwards and backwards by means of a lock cylinder and/or drive rod, wherein an alternating pressure element , which can be actuated by means of a lock cylinder, takes effect directly on a second cam arm and on the drive rods , characterized in that the first cam arm only interacts with the latch tail after the bridging of a pivot angle , such that a retraction movement of the latch of the main lock takes place with a time delay in relation to the bolt elements provided in the secondary lock.
A composition comprising an aqueous dispersion of multiphase polymer particles comprising, based on the weight of the polymer particles, from greater than 80 to less than 95 weight percent of first polymer particles having a T g of less than 30 °C, and from greater than 5 to less than 20 weight percent of second polymer particles having a T g in the range of from 90 °C to 110 °C, wherein T g are calculated by the Fox equation; the second polymer particles are phase separated from and occluded within the first polymer particles; wherein the number average molecular weight (M n ) of the multiphase polymer particles measured by GPC according to the method described in the specification is in the range of from 9,000 to 25,000 g/mole; and wherein the second polymer particles comprise at least 90 weight percent methyl methacrylate, based on the weight of the second polymer particles. the second polymer particles are phase separated from and occluded within the first polymer particles; wherein the number average molecular weight (M n ) of the multiphase polymer particles measured by GPC according to the method described in the specification is in the range of from 9,000 to 25,000 g/mole; and wherein the second polymer particles comprise at least 90 weight percent methyl methacrylate, based on the weight of the second polymer particles.
A battery packaging material comprising a laminate in which at least a base material layer, a metal layer and a sealant layer are laminated in this order, the laminate satisfying the relationship of A + B ≥ 2.50, where A + B is a sum of a value A of a ratio of a stress in elongation by 40% to a stress in elongation by 10% in the MD direction and a value B of a ratio of a stress in elongation by 40% to a stress in elongation by 10% in the TD direction, measured by a method conforming to JIS K7127, with sample width 15 mm, gauge length 50 mm and tension speed 100 mm/minute.
A method for wireless communication at a user equipment, UE, comprising: receiving, from a first base station (105-a), an indication of a set of component carriers for the UE to use to receive, from a second base station (105-b), a response to a first random access channel, RACH, transmission; wherein the set of component carriers includes quasi co-located component carriers received on a receive beam formed, by the UE, as a single beam; transmitting the first RACH transmission to the second base station; and receiving, using one or more of the set of component carriers on the receive beam, the second RACH transmission responsive to the first RACH transmission. receiving, from a first base station (105-a), an indication of a set of component carriers for the UE to use to receive, from a second base station (105-b), a response to a first random access channel, RACH, transmission; wherein the set of component carriers includes quasi co-located component carriers received on a receive beam formed, by the UE, as a single beam; transmitting the first RACH transmission to the second base station; and receiving, using one or more of the set of component carriers on the receive beam, the second RACH transmission responsive to the first RACH transmission.
An apparatus, comprising: an interface for exchanging signals with: (i) a probe , which is inserted into a body of a patient and comprises a flexible distal-end assembly, wherein the distal-end assembly comprises a magnetic position sensor and two or more intrabody electrodes ; and (ii) multiple body-surface electrodes attached externally to the body of the patient; and a processor , which is configured to estimate, based on the signals exchanged with the probe , a spatial displacement of the magnetic sensor between consecutive measurements, and to estimate a position of the distal-end assembly in the body based on (i) the signals exchanged with the intra-body electrodes and the body-surface electrodes , (ii) a-priori known spatial relationships between two or more of the intra-body electrodes of the probe and (iii) the estimated spatial displacement of the magnetic sensor , wherein the processor is configured to estimate the position of the distal-end assembly by: estimating position coordinates of the intra-body electrodes based on the signals; locally-scaling the position coordinates based on the a-priori known spatial relationships; and correcting the locally-scaled position coordinates based on the spatial displacement of the magnetic sensor . an interface for exchanging signals with: (i) a probe , which is inserted into a body of a patient and comprises a flexible distal-end assembly, wherein the distal-end assembly comprises a magnetic position sensor and two or more intrabody electrodes ; and (ii) multiple body-surface electrodes attached externally to the body of the patient; and (i) a probe , which is inserted into a body of a patient and comprises a flexible distal-end assembly, wherein the distal-end assembly comprises a magnetic position sensor and two or more intrabody electrodes ; and (ii) multiple body-surface electrodes attached externally to the body of the patient; and a processor , which is configured to estimate, based on the signals exchanged with the probe , a spatial displacement of the magnetic sensor between consecutive measurements, and to estimate a position of the distal-end assembly in the body based on (i) the signals exchanged with the intra-body electrodes and the body-surface electrodes , (ii) a-priori known spatial relationships between two or more of the intra-body electrodes of the probe and (iii) the estimated spatial displacement of the magnetic sensor , wherein the processor is configured to estimate the position of the distal-end assembly by: estimating position coordinates of the intra-body electrodes based on the signals; locally-scaling the position coordinates based on the a-priori known spatial relationships; and correcting the locally-scaled position coordinates based on the spatial displacement of the magnetic sensor . estimating position coordinates of the intra-body electrodes based on the signals; locally-scaling the position coordinates based on the a-priori known spatial relationships; and correcting the locally-scaled position coordinates based on the spatial displacement of the magnetic sensor .
Method for controlling passenger compartment air conditioning of a hybrid vehicle, in particular a hybrid commercial vehicle, when the vehicle is switched off during resting phases, wherein an electrical battery, as the energy store, provides the energy for electrical passenger compartment air conditioning, wherein a controller of an energy management system determines the necessary requirement for electrical energy for the air conditioning during a resting phase on the basis of boundary condition data which are predefined by the vehicle and/or by a driver and influence the air conditioning, wherein the controller compares the necessary energy requirement with the current captured energy content of the battery and determines whether the current energy content of the battery available for air conditioning suffices for the predefined air conditioning desired by the driver during the resting phase, and wherein, if it is determined that the energy content of the battery suffices for the desired air conditioning for the predefined boundary condition data, the battery is accordingly discharged in a controlled manner until the end of the resting phase in order to operate the air conditioning, characterized in that , if it is determined that the energy content of the battery does not suffice for the predefined air conditioning for the predefined boundary condition data and manipulated variables which are determined therefrom and are possibly adapted, the battery is recharged (8; 12) in a controlled manner by means of a started internal combustion engine of the hybrid vehicle during the resting phase at least until the energy content of the battery increased thereby suffices to operate the predefined air conditioning until the end of the resting phase.
A kindling for starting a fire , for coal-burning stoves, comprising a kindling material , longitudinal elements mode from combustible material in the form of shapes used for maintaining the fire, each of which having a first end (A) and a second end (B), a tray , and an additional ring , wherein there are spaces between the shapes , which are arranged next to one another around an axis and are mutually connected, wherein the shapes are tapered towards the second ends (B) and create an outline of a side surface of a spatial solid, and the first ends (A) of the shapes form a base of the solid, and the second ends (B) of the shapes form a top opening of the solid, and inside the solid the kindling material is placed, characterised in that the shapes are connected by means of the tray placed at the first ends (A) of the shapes , whereas the shapes are mounted in the holes made along the edge of the tray , and the shapes are connected with the additional ring , and the kindling material is affixed to the tray , whereas all elements of the kindling are combustible.
An electronic device comprising: an image sensor ; at least one processor ; and a memory configured to store instructions which, when executed, cause the electronic device to: sequentially obtain a first image (450-3), a second image (450-4), and a third image (450-5) through the image sensor at a first time interval , generate a first synthesized image (460-4) corresponding to the second image by using the first image (450-3) and the third image (450-5), identify a similarity between the second image (450-4) and the first synthesized image (460-4), sequentially obtain a fourth image (450-7), a fifth image (450-9), and a sixth image (450-11) through the image sensor, at a second time interval longer than the first time interval , based on the similarity being equal to or greater than a first threshold value , generate a second synthesized image (460-8) using the fourth image (450-7) and the fifth image (450-9), and arrange the second synthesized image (460-8) between the fourth image (450-7) and the fifth image (450-9) . an image sensor ; at least one processor ; and a memory configured to store instructions which, when executed, cause the electronic device to: sequentially obtain a first image (450-3), a second image (450-4), and a third image (450-5) through the image sensor at a first time interval , generate a first synthesized image (460-4) corresponding to the second image by using the first image (450-3) and the third image (450-5), identify a similarity between the second image (450-4) and the first synthesized image (460-4), sequentially obtain a fourth image (450-7), a fifth image (450-9), and a sixth image (450-11) through the image sensor, at a second time interval longer than the first time interval , based on the similarity being equal to or greater than a first threshold value , generate a second synthesized image (460-8) using the fourth image (450-7) and the fifth image (450-9), and arrange the second synthesized image (460-8) between the fourth image (450-7) and the fifth image (450-9) . sequentially obtain a first image (450-3), a second image (450-4), and a third image (450-5) through the image sensor at a first time interval , generate a first synthesized image (460-4) corresponding to the second image by using the first image (450-3) and the third image (450-5), identify a similarity between the second image (450-4) and the first synthesized image (460-4), sequentially obtain a fourth image (450-7), a fifth image (450-9), and a sixth image (450-11) through the image sensor, at a second time interval longer than the first time interval , based on the similarity being equal to or greater than a first threshold value , generate a second synthesized image (460-8) using the fourth image (450-7) and the fifth image (450-9), and arrange the second synthesized image (460-8) between the fourth image (450-7) and the fifth image (450-9) .
A thermoplastic starch composition acquired from compounding a mixture comprising: a starch-containing agricultural waste present at 45 to 70% by weight of the total composition, wherein the agricultural waste-contained starch content is less than 50% in dry weight; a thermoplastic synthetic polymer present at 25 to 50% by weight of the total composition; a plasticizer present at 0.01 to 10% by weight of the total composition; an initiator present at 0.01 to 5% by weight of the total composition; and a coupling agent present at 1 to 5% by weight of the total composition; wherein the compounding is performed at a first temperature which is higher than room temperature. a starch-containing agricultural waste present at 45 to 70% by weight of the total composition, wherein the agricultural waste-contained starch content is less than 50% in dry weight; a thermoplastic synthetic polymer present at 25 to 50% by weight of the total composition; a plasticizer present at 0.01 to 10% by weight of the total composition; an initiator present at 0.01 to 5% by weight of the total composition; and a coupling agent present at 1 to 5% by weight of the total composition; wherein the compounding is performed at a first temperature which is higher than room temperature.
Boost or buck power converter for converting an input primary power having an input primary voltage and an input primary current into a output secondary power having an output secondary voltage and output secondary current or an input secondary power having said input secondary voltage and an input secondary current into an output primary power having an output primary voltage and second primary current respectively; said power converter including at least one: - primary switching arrangement comprising at least one primary switching unit having a primary dynamical switching loss; - secondary switching arrangement comprising at least one secondary switching unit having a secondary dynamical switching loss; and, - resonant unit connecting said at least one primary switching unit and said at least one secondary switching unit ; characterised by said primary dynamical switching loss being higher than said secondary dynamical switching loss. - primary switching arrangement comprising at least one primary switching unit having a primary dynamical switching loss; - secondary switching arrangement comprising at least one secondary switching unit having a secondary dynamical switching loss; and, - resonant unit connecting said at least one primary switching unit and said at least one secondary switching unit ;
A method for determining a control channel search space by a user equipment or a base station configuring for the user equipment at least two physical resource sets for downlink control channel transmission, comprising: determining numbers of the at least two physical resource sets; wherein a number of one of the at least two physical resource sets is c; characterized in that , determining , according to a first parameter A ( c ) variable based on c varying or a second parameter D ( c ) variable based on c varying, location offsets of search spaces corresponding to the at least two physical resource sets, wherein the determined location offsets of the search spaces comprises at least two different location offsets of the search spaces; and determining , according to the location offsets of the search spaces corresponding to the at least two physical sets, the search spaces corresponding to the at least two physical resource sets. determining numbers of the at least two physical resource sets; wherein a number of one of the at least two physical resource sets is c; characterized in that , determining , according to a first parameter A ( c ) variable based on c varying or a second parameter D ( c ) variable based on c varying, location offsets of search spaces corresponding to the at least two physical resource sets, wherein the determined location offsets of the search spaces comprises at least two different location offsets of the search spaces; and determining , according to the location offsets of the search spaces corresponding to the at least two physical sets, the search spaces corresponding to the at least two physical resource sets.