mhurhangee/patent-ind-claim-en huggingface dataset:
An elevator system comprising: an elevator car located within an elevator shaft , the elevator car moveable between a plurality of floors of a building; a car operating panel located within the elevator car and having a plurality of buttons operable for selection of a destination floor of the plurality of floors; a digital readable marker that is at least one of scannable and readable by a user device ; and a digital storage system having information stored thereon, the information including directory information, wherein the directory information includes information associated with the floors selectable by operation of the plurality of buttons ; wherein, when the user device scans or reads the digital readable marker , the digital storage system transmits the directory information to the user device so that the user device can display the directory information to a passenger, characterized in that the digital readable marker is located within the elevator car, the displayed directory information includes a plurality of directory information elements , each of the plurality of directory information elements associated with each of the plurality of buttons , and the plurality of directory information elements are interactive so that a selection of any of the plurality of directory information elements generates expandable information. an elevator car located within an elevator shaft , the elevator car moveable between a plurality of floors of a building; a car operating panel located within the elevator car and having a plurality of buttons operable for selection of a destination floor of the plurality of floors; a digital readable marker that is at least one of scannable and readable by a user device ; and a digital storage system having information stored thereon, the information including directory information, wherein the directory information includes information associated with the floors selectable by operation of the plurality of buttons ; wherein, when the user device scans or reads the digital readable marker , the digital storage system transmits the directory information to the user device so that the user device can display the directory information to a passenger, characterized in that the digital readable marker is located within the elevator car, the displayed directory information includes a plurality of directory information elements , each of the plurality of directory information elements associated with each of the plurality of buttons , and the plurality of directory information elements are interactive so that a selection of any of the plurality of directory information elements generates expandable information.
A powder metallurgy method for producing an article, the method comprising: inserting a Ni-Mo-Cr powder into a hermetic chamber of a canister , the Ni-Mo-Cr powder consisting of, by weight, 24-26% Mo, 7-9% Cr, up to 0.03% C, up to 0.80% Mn, up to 0.80% Si, up to 0.03% P, up to 0.015% S, up to 0.50% Al, up to 0.006% B, up to 2.00% Fe, up to 0.50% Cu, and the balance Ni; wherein the Mo is dispersed in the Ni-Mo-Cr powder, followed by evacuating the hermetic chamber ; subjecting the canister with the Ni-Mo-Cr powder in the hermetic chamber to a hot isostatic pressing process that includes heating the canister and the Ni-Mo-Cr powder and applying isostatic pressure to the canister , the heating and the isostatic pressure causing fusion and consolidation of the Ni-Mo-Cr powder to form a solid article , the Mo remaining dispersed; and removing the canister from the solid article . inserting a Ni-Mo-Cr powder into a hermetic chamber of a canister , the Ni-Mo-Cr powder consisting of, by weight, 24-26% Mo, 7-9% Cr, up to 0.03% C, up to 0.80% Mn, up to 0.80% Si, up to 0.03% P, up to 0.015% S, up to 0.50% Al, up to 0.006% B, up to 2.00% Fe, up to 0.50% Cu, and the balance Ni; wherein the Mo is dispersed in the Ni-Mo-Cr powder, followed by evacuating the hermetic chamber ; subjecting the canister with the Ni-Mo-Cr powder in the hermetic chamber to a hot isostatic pressing process that includes heating the canister and the Ni-Mo-Cr powder and applying isostatic pressure to the canister , the heating and the isostatic pressure causing fusion and consolidation of the Ni-Mo-Cr powder to form a solid article , the Mo remaining dispersed; and removing the canister from the solid article .
A gas meter comprising: a meter casing comprising a sensor barrel projecting into the casing and defining a sensor socket; a gas flow path provided within the meter casing; a gas engagement member provided in the gas flow path and adapted to be driven by a gas flow; a magnetic field sensor provided within the sensor socket, on the outside of the meter casing; a plurality of magnets including at least one north-pole and one south-pole; and drive transfer means coupled between the gas engagement member and the magnets, such that gas flow is converted into rotation of the magnets about the sensor, such that the sensor detects corresponding changes in the sense of the magnetic field to which it is exposed, wherein the magnets are mounted for rotational movement within the meter casing about the sensor barrel and the axis of rotation of the magnets is generally co-axial with the longitudinal axis of the sensor barrel; characterized in that the magnetic field sensor is located adjacent to the wall of the sensor barrel. a meter casing comprising a sensor barrel projecting into the casing and defining a sensor socket; a gas flow path provided within the meter casing; a gas engagement member provided in the gas flow path and adapted to be driven by a gas flow; a magnetic field sensor provided within the sensor socket, on the outside of the meter casing; a plurality of magnets including at least one north-pole and one south-pole; and drive transfer means coupled between the gas engagement member and the magnets, such that gas flow is converted into rotation of the magnets about the sensor, such that the sensor detects corresponding changes in the sense of the magnetic field to which it is exposed, wherein the magnets are mounted for rotational movement within the meter casing about the sensor barrel and the axis of rotation of the magnets is generally co-axial with the longitudinal axis of the sensor barrel; characterized in that the magnetic field sensor is located adjacent to the wall of the sensor barrel.
An apparatus which is network side device or a processor at the network side device, comprising: means for establishing an SRB with user equipment UE according to a configuration parameter of the SRB, wherein the configuration parameter of the SRB is used to indicate a transmission channel and a physical channel occupied by the SRB; and means for establishing, according to configuration parameters of N DRBs that carry N services, the N DRBs with the UE, wherein N is an integer greater than or equal to 2, and the configuration parameters of the N DRBs are used to indicate transmission channels and physical channels occupied by the N DRBs; and M of the N DRBs occupy different transmission channels and different physical channels, M is an integer greater than or equal to 2 and less than or equal to N, and the transmission channel and the physical channel occupied by the SRB are different from a transmission channel and a physical channel occupied by at least one of the N DRBs, wherein the apparatus further comprises: means for: before establishing the SRB with the UE according to the configuration parameter of the SRB, sending the configuration parameter of the SRB and the configuration parameters of the N DRBs to the UE; and means for: before establishing the N DRBs with the UE according to the configuration parameters of the N DRBs, send the configuration parameters of the N DRBs to the UE by using the SRB. means for establishing an SRB with user equipment UE according to a configuration parameter of the SRB, wherein the configuration parameter of the SRB is used to indicate a transmission channel and a physical channel occupied by the SRB; and means for establishing, according to configuration parameters of N DRBs that carry N services, the N DRBs with the UE, wherein N is an integer greater than or equal to 2, and the configuration parameters of the N DRBs are used to indicate transmission channels and physical channels occupied by the N DRBs; and M of the N DRBs occupy different transmission channels and different physical channels, M is an integer greater than or equal to 2 and less than or equal to N, and the transmission channel and the physical channel occupied by the SRB are different from a transmission channel and a physical channel occupied by at least one of the N DRBs, wherein the apparatus further comprises: means for: before establishing the SRB with the UE according to the configuration parameter of the SRB, sending the configuration parameter of the SRB and the configuration parameters of the N DRBs to the UE; and means for: before establishing the N DRBs with the UE according to the configuration parameters of the N DRBs, send the configuration parameters of the N DRBs to the UE by using the SRB. means for: before establishing the SRB with the UE according to the configuration parameter of the SRB, sending the configuration parameter of the SRB and the configuration parameters of the N DRBs to the UE; and means for: before establishing the N DRBs with the UE according to the configuration parameters of the N DRBs, send the configuration parameters of the N DRBs to the UE by using the SRB.
Bistable actuator device for providing at least two actuator positions, comprising: - an elastic bending element which is held at least at one attachment point in such a way that, by exerting a switching torque at the attachment point , an elastic bistable deformation of the bending element results in a change from a first actuator position to a second actuator position; and - at least one actuator element formed with a shape memory wire, the shape memory wire causing a pulling force by heating and being coupled to a portion of the bending element at the attachment point such that the pulling force causes the switching torque at the attachment point to move the bending element from the first actuator position to the second actuator position, characterized in that the bending element is mounted at at least one of a plurality of attachment points so as to be pivotable about an axis of rotation or on a shaft , wherein at the one attachment point the at least one actuator element engages a pulling leg which is arranged on the axis of rotation or the shaft and projects in particular transversely or perpendicularly to an axial direction, so that by exerting a pulling force by one of the actuator elements the switching torque is exerted at the respective attachment point about the axis of rotation or onto the shaft . - an elastic bending element which is held at least at one attachment point in such a way that, by exerting a switching torque at the attachment point , an elastic bistable deformation of the bending element results in a change from a first actuator position to a second actuator position; and - at least one actuator element formed with a shape memory wire, the shape memory wire causing a pulling force by heating and being coupled to a portion of the bending element at the attachment point such that the pulling force causes the switching torque at the attachment point to move the bending element from the first actuator position to the second actuator position,
A pick comprising: a head including a working end for engaging ground and a mounting end including a bearing surface to set against a corresponding surface on a holder ; a shank extending from the mounting end of the head in a first direction for receipt in an opening of the holder ; and a plurality of removal features spaced from each other in the first direction, each said removal feature including a removal surface that is arranged to be engaged by a tool to apply a force to remove the pick from the holder , wherein the shank has a longitudinal axis extending generally in the first direction, characterized in that the removal features are centered along the longitudinal axis and each said removal features is within a longitudinal extension of the shank . a head including a working end for engaging ground and a mounting end including a bearing surface to set against a corresponding surface on a holder ; a shank extending from the mounting end of the head in a first direction for receipt in an opening of the holder ; and a plurality of removal features spaced from each other in the first direction, each said removal feature including a removal surface that is arranged to be engaged by a tool to apply a force to remove the pick from the holder , wherein the shank has a longitudinal axis extending generally in the first direction, characterized in that the removal features are centered along the longitudinal axis and each said removal features is within a longitudinal extension of the shank .
A method of encoding video data, the method comprising: receiving a block of video data having a size ; determining the size of the block of video data ; and for a maximum run length value that is less than a size of a largest transform unit or that is 32x32 minus 1, one of: restricting any run length value for the block of video data to the maximum run length value when palette mode encoding the block of video data; or disabling, if any run length value for the block of video data is not restricted to the maximum run length value, palette mode encoding for the block of video data when the determined size of the block of video data is greater than the size of the largest transform unit . receiving a block of video data having a size ; determining the size of the block of video data ; and for a maximum run length value that is less than a size of a largest transform unit or that is 32x32 minus 1, one of: restricting any run length value for the block of video data to the maximum run length value when palette mode encoding the block of video data; or disabling, if any run length value for the block of video data is not restricted to the maximum run length value, palette mode encoding for the block of video data when the determined size of the block of video data is greater than the size of the largest transform unit . restricting any run length value for the block of video data to the maximum run length value when palette mode encoding the block of video data; or disabling, if any run length value for the block of video data is not restricted to the maximum run length value, palette mode encoding for the block of video data when the determined size of the block of video data is greater than the size of the largest transform unit .
An automatic swimming pool cleaner comprising: a. a body having (i) a water inlet and (ii) a rear area ; and b. a debris canister (i) having a shape, (ii) being connected to the body at the rear area , and (iii) having at least a portion external to the body configured so that water having entered the body through the water inlet returns to a swimming pool therethrough when the automatic swimming pool cleaner is in use, characterized in that the debris canister comprises mesh panels and a rigid support frame therefor, (A) at least one of the mesh panels being external to the body and (B) the support frame maintaining the shape of the debris canister regardless of whether water is flowing therethrough. a. a body having (i) a water inlet and (ii) a rear area ; and b. a debris canister (i) having a shape, (ii) being connected to the body at the rear area , and (iii) having at least a portion external to the body configured so that water having entered the body through the water inlet returns to a swimming pool therethrough when the automatic swimming pool cleaner is in use,
A processor-implemented gaze estimation method, comprising: obtaining an image including an eye region of a user; extracting , from the obtained image, a test feature using a neural network model; obtaining a calibration feature which was extracted using the neural network model and which was used for calibration of the neural network model; and estimating a gaze of the user using the test feature and the calibration feature, wherein the estimating a gaze of the user comprises estimating a position of a gaze point in a gaze area of the user from the test feature and the calibration feature using the neural network model, characterized in that the estimating a gaze of the user further comprises: calculating a feature difference between the test feature and the calibration feature; using a classifier to output a result of classifying the feature difference; calculating, based on the result output by the classifier, a probability that the gaze point is included in each of a plurality of subareas into which the gaze area is divided; and determining, to be the position of the gaze point, a center position of a subarea having a greatest probability among probabilities calculated for the subareas. obtaining an image including an eye region of a user; extracting , from the obtained image, a test feature using a neural network model; obtaining a calibration feature which was extracted using the neural network model and which was used for calibration of the neural network model; and estimating a gaze of the user using the test feature and the calibration feature, wherein the estimating a gaze of the user comprises estimating a position of a gaze point in a gaze area of the user from the test feature and the calibration feature using the neural network model, characterized in that the estimating a gaze of the user further comprises: calculating a feature difference between the test feature and the calibration feature; using a classifier to output a result of classifying the feature difference; calculating, based on the result output by the classifier, a probability that the gaze point is included in each of a plurality of subareas into which the gaze area is divided; and determining, to be the position of the gaze point, a center position of a subarea having a greatest probability among probabilities calculated for the subareas. calculating a feature difference between the test feature and the calibration feature; using a classifier to output a result of classifying the feature difference; calculating, based on the result output by the classifier, a probability that the gaze point is included in each of a plurality of subareas into which the gaze area is divided; and determining, to be the position of the gaze point, a center position of a subarea having a greatest probability among probabilities calculated for the subareas.
A filter head assembly comprising: a filter head configured to be attached to an engine block and to enable oil flow between the engine block and an oil filter connected to the filter head , the filter head including a base , characterized in that the filter head further includes a tubular body protruding from the base , the tubular body defining threads ; and a threaded bayonet connection adapter configured to connect the oil filter to the filter head via a bayonet connection, the bayonet connection adapter including an annular body defining threads configured to engage the threads on the tubular body of the filter head to attach the bayonet connection adapter to the filter head ; an axially deformable rotational position tolerance improving retainer ring , which is annular and is arranged on the tubular body and compressed, preferably elastically compressed, between the filter head and the threaded bayonet connection adapter . a filter head configured to be attached to an engine block and to enable oil flow between the engine block and an oil filter connected to the filter head , the filter head including a base , characterized in that the filter head further includes a tubular body protruding from the base , the tubular body defining threads ; and a threaded bayonet connection adapter configured to connect the oil filter to the filter head via a bayonet connection, the bayonet connection adapter including an annular body defining threads configured to engage the threads on the tubular body of the filter head to attach the bayonet connection adapter to the filter head ; an axially deformable rotational position tolerance improving retainer ring , which is annular and is arranged on the tubular body and compressed, preferably elastically compressed, between the filter head and the threaded bayonet connection adapter . a tubular body protruding from the base , the tubular body defining threads ; and a threaded bayonet connection adapter configured to connect the oil filter to the filter head via a bayonet connection, the bayonet connection adapter including an annular body defining threads configured to engage the threads on the tubular body of the filter head to attach the bayonet connection adapter to the filter head ; an axially deformable rotational position tolerance improving retainer ring , which is annular and is arranged on the tubular body and compressed, preferably elastically compressed, between the filter head and the threaded bayonet connection adapter .
Spreading device for particles which are stored in at least one hopper (22; 100), comprising a metering member which has at least one outlet opening which supplies at least one flow of the particles towards a rotating spreading disc which receives and projects the particles, and comprising a transport channel for the flow of particles from the at least one outlet opening of the metering member towards the spreading disc, characterised in that the channel comprises breaking up and widening means (24; 25; 141) for the at least one flow of particles which are arranged between the at least one outlet opening of the metering member and the spreading disc.
A system, comprising: a multi-lead memristor, comprising: a first lead ; a second lead ; a third lead , the second lead positioned between the first lead and the third lead; at least one first memristor material (106-1) positioned between the first lead and the second lead; and at least one second memristor material (106-2) positioned between the second lead and the third lead, and further comprising a controller , wherein the controller is further configured to use a direct current field applied to the first lead and the second lead to set oxygen vacancies of the at least one first memristor material toward the second lead; and use a direct current field applied to the second lead and the third lead to set oxygen vacancies of the at least one second memristor material toward the third lead, and characterized in that the oxygen vacancies of the at least one first memristor material are controlled to be in phase with the oxygen vacancies of the at least one second memristor material. a first lead ; a second lead ; a third lead , the second lead positioned between the first lead and the third lead; at least one first memristor material (106-1) positioned between the first lead and the second lead; and
Material in web form intended in particular for use in a diagnostic strip and composed of a carrier material coated on one or both sides with an ultrathin coating varnish composed of a sulphosuccinic ester salt, the ultrathin coating varnish having, after drying, a coating application of 5 to 100 mg/m 2 .