mhurhangee/patent-ind-claim-en huggingface dataset:
A method for treating a surface of a diamond thin film, comprising: performing, a first substitution process for substituting part of hydrogen-terminals of the diamond thin film with fluorine-terminals in the absence of a fluorocarbon deposition process on the surface of the diamond thin film; wherein the first substitution process is to perform an inductive coupled reactive ion etching by exposing at least a part of the surface of the diamond thin film to a fluorine-based gas, and to control a power source output and a process time of the inductive coupled reactive ion etching, the method further comprising substituting any terminals other than hydrogen terminals of the surface of the diamond thin film with hydrogen terminals, prior to performing the first substitution process of the hydrogen terminals of the diamond thin film with fluorine terminals by the inductive coupled reactive ion etching in the first substitution process. performing, a first substitution process for substituting part of hydrogen-terminals of the diamond thin film with fluorine-terminals in the absence of a fluorocarbon deposition process on the surface of the diamond thin film; wherein the first substitution process is to perform an inductive coupled reactive ion etching by exposing at least a part of the surface of the diamond thin film to a fluorine-based gas, and to control a power source output and a process time of the inductive coupled reactive ion etching, the method further comprising substituting any terminals other than hydrogen terminals of the surface of the diamond thin film with hydrogen terminals, prior to performing the first substitution process of the hydrogen terminals of the diamond thin film with fluorine terminals by the inductive coupled reactive ion etching in the first substitution process.
A method comprising: accessing a model template comprising backward reshaping metadata prediction models, wherein the backward reshaping metadata prediction models are trained with a plurality of training image feature vectors from a plurality of training standard dynamic range (SDR) images in a plurality of training image pairs and ground truth derived with a plurality of corresponding training high dynamic range (HDR) images in the plurality of training image pairs, wherein each training image pair in the plurality of training image pairs comprises a training SDR image in the plurality of training SDR images and a corresponding training HDR image in the plurality of corresponding training HDR images, wherein the training SDR image and the corresponding training HDR image in each such training image pair depict same visual content but with different luminance dynamic ranges; characterized in that the method further comprises: receiving content creation user input that defines one or more content-creation-user-adjusted HDR appearances for the plurality of corresponding training HDR images; generating , based on the model template and the content creation user input, content-creation-user-specific modified backward reshaping metadata prediction models; using the content-creation-user-specific modified backward reshaping metadata prediction models to predict operational parameter values of content-creation-user-specific backward reshaping mappings for backward reshaping SDR images into mapped HDR images of at least one of the one or more content-creation-user-adjusted HDR appearances. receiving content creation user input that defines one or more content-creation-user-adjusted HDR appearances for the plurality of corresponding training HDR images; generating , based on the model template and the content creation user input, content-creation-user-specific modified backward reshaping metadata prediction models; using the content-creation-user-specific modified backward reshaping metadata prediction models to predict operational parameter values of content-creation-user-specific backward reshaping mappings for backward reshaping SDR images into mapped HDR images of at least one of the one or more content-creation-user-adjusted HDR appearances.
Nebulizer for a fluid comprising an insertable container containing the fluid , the container comprising a fluid outlet for the fluid , the fluid outlet being closed by a first closure in a delivery state of the nebulizer the first closure being formed or supported by a closure part extending from an outlet or head end of the container into the container , wherein the container is already disposed in the nebulizer in the delivery state, the nebulizer comprising a conveying element, which is a conveying tube , for conveying the fluid from the container to a pressure generator of the nebulizer , the nebulizer being constructed so that the first closure and, thus, the fluid outlet are opened inside the nebulizer before or during first use of the nebulizer by insertion of the conveying element, characterized in that the conveying tube is already partly inserted into the container in the delivery state, wherein the conveying tube extends into the closure part without opening the first closure , and in that the nebulizer comprises a transportation lock for holding the container unmovable in the delivery state.
A method comprising: collecting , during operation of a vehicle , first data corresponding to an attention level of a driver of the vehicle ; collecting , at a polling frequency based on one or more speeds of the vehicle , second data associated with motion of the vehicle ; detecting , based on the second data, a braking event; generating , based on the braking event and based on the attention level of the driver, a notification relating to the braking event; and causing display of the notification. collecting , during operation of a vehicle , first data corresponding to an attention level of a driver of the vehicle ; collecting , at a polling frequency based on one or more speeds of the vehicle , second data associated with motion of the vehicle ; detecting , based on the second data, a braking event; generating , based on the braking event and based on the attention level of the driver, a notification relating to the braking event; and causing display of the notification.
A roll forming machine (A) comprising a movable horizontal roll stand including one or a plurality of horizontal roll housings in which a pair of upper and lower horizontal rolls is housed, the horizontal roll housing including a pair of roll chock receivers with tops opened for removing the horizontal rolls upward, the horizontal roll housing being configured to retreat from the interior of a forming line to one side perpendicular to the forming line while being mounted on a carriage ; and a fixed stand with an overhang part jutting out from a main frame standing upright on a counter-retreating side of the forming line and being supported in a cantilever style by the main frame, wherein after the horizontal roll stand returns to the interior of the forming line, the horizontal roll stand is housed directly below the overhang part of the fixed stand, and the overhang part is provided with: a pressure device that applies a pressing force to the horizontal rolls in the horizontal roll housing in the forming line via the opened tops; and housing supports engaged with the opened tops of the horizontal roll housing in the forming line to support the horizontal roll housing. a movable horizontal roll stand including one or a plurality of horizontal roll housings in which a pair of upper and lower horizontal rolls is housed, the horizontal roll housing including a pair of roll chock receivers with tops opened for removing the horizontal rolls upward, the horizontal roll housing being configured to retreat from the interior of a forming line to one side perpendicular to the forming line while being mounted on a carriage ; and a fixed stand with an overhang part jutting out from a main frame standing upright on a counter-retreating side of the forming line and being supported in a cantilever style by the main frame, wherein after the horizontal roll stand returns to the interior of the forming line, the horizontal roll stand is housed directly below the overhang part of the fixed stand, and the overhang part is provided with: a pressure device that applies a pressing force to the horizontal rolls in the horizontal roll housing in the forming line via the opened tops; and housing supports engaged with the opened tops of the horizontal roll housing in the forming line to support the horizontal roll housing. a pressure device that applies a pressing force to the horizontal rolls in the horizontal roll housing in the forming line via the opened tops; and housing supports engaged with the opened tops of the horizontal roll housing in the forming line to support the horizontal roll housing.
Apparatus for forming plastic preforms into plastic containers with a blow moulding device , which is arranged at least indirectly on a main shaft that is pivotable about a pivot axis (S), and which comprises at least two mould carriers , a base element and two blow mould parts , wherein the base element and the blow mould parts are suitable for forming a cavity inside which the plastic preforms can be formed into the plastic containers, and the base element is arranged on a base holder , and with a coupling device which couples an opening movement of the blow mould parts to a lift and lower movement of the base element relative to the blow mould parts , characterised in that the coupling device has a curve element which cooperates with a further element such that, by opening of the blow moulding device by pivoting of at least one mould carrier about the pivot axis (S) of the main shaft , the curve element and/or the further element can be brought into a rotational movement relative to the pivot axis (S) or an axis (A) parallel to the pivot axis (S), via which the base holder with the base element can be lowered, wherein the coupling device is arranged directly on the main shaft .
A temporary spacer device for the treatment of infections at the elbow joint, in particular during the two-stage treatment of infections, during the time from the explant of a first prosthesis and the implant of a second prosthesis, in order to treat the infection underway at the implant site, comprising: - at least one ulnar section , comprising a stem portion extending along a substantially longitudinal axis (x-x) between a proximal end and a distal end ; - at least one humeral section , comprising a stem portion extending along a substantially longitudinal axis (y-y) between a proximal end and a distal end ; - at least one engagement seat between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section , said at least one engagement seat being delimited by said at least one humeral section ; - articulation means between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section , positionable along an axis (z-z) orthogonal to said substantially longitudinal axis (y-y) of said at least one humeral section ; characterized in that said proximal end of said at least one ulnar section is engageable in said engagement seat with its own longitudinal axis (x-x) non-orthogonal to said axis (z-z) of said articulation means , according to at least two opposed working positions, according to whether said spacer device is designed to be implanted in the right or in the left upper limb of a patient. - at least one ulnar section , comprising a stem portion extending along a substantially longitudinal axis (x-x) between a proximal end and a distal end ; - at least one humeral section , comprising a stem portion extending along a substantially longitudinal axis (y-y) between a proximal end and a distal end ; - at least one engagement seat between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section , said at least one engagement seat being delimited by said at least one humeral section ; - articulation means between said distal end of said at least one humeral section and said proximal end of said at least one ulnar section , positionable along an axis (z-z) orthogonal to said substantially longitudinal axis (y-y) of said at least one humeral section ;
A method of operating a ferroelectric memory array, comprising: selecting a first ferroelectric memory cell (105-a) for a first operation, the first ferroelectric memory cell (105-a) comprising a first ferroelectric capacitor with a first plate ; selecting a second ferroelectric memory cell (105-b) for a second operation, the second ferroelectric memory cell (105-b) comprising a second ferroelectric capacitor (205-a) with a second plate (210-a) and in electronic communication with a power supply (240, 410-b); and concurrently transferring charge from the first plate of the first ferroelectric capacitor and charge from the power supply (240, 410-b) to the second plate (210-a) of the second ferroelectric capacitor (205-a) during a portion of the second operation and based at least in part on the selection of the first ferroelectric memory cell (105-a) and the second ferroelectric memory cell (105-b). selecting a first ferroelectric memory cell (105-a) for a first operation, the first ferroelectric memory cell (105-a) comprising a first ferroelectric capacitor with a first plate ; selecting a second ferroelectric memory cell (105-b) for a second operation, the second ferroelectric memory cell (105-b) comprising a second ferroelectric capacitor (205-a) with a second plate (210-a) and in electronic communication with a power supply (240, 410-b); and concurrently transferring charge from the first plate of the first ferroelectric capacitor and charge from the power supply (240, 410-b) to the second plate (210-a) of the second ferroelectric capacitor (205-a) during a portion of the second operation and based at least in part on the selection of the first ferroelectric memory cell (105-a) and the second ferroelectric memory cell (105-b).
A gas turbine engine comprising: an engine core comprising a compressor ; a compressor bleed valve in communication with the compressor and configured to release bleed air from the compressor ; at least one component provided at the inlet of the engine core having a de-icing conduit, configured to receive the bleed air; and a flow controller , configured to provide the bleed air to the de-icing conduit of the at least one component in response to either or both of a requirement to de-ice the component and a requirement to release bleed air from the compressor to optimise operation of the core ; wherein the flow controller is configured to provide a first mass flow rate of bleed air when the bleed air is provided in response to a requirement to de-ice the component and a second mass flow rate of bleed air, different from the first mass flow rate, when the bleed air is provided in response to a requirement to release bleed air from the compressor to optimise operation of the core ; wherein the flow controller is configured to provide the higher of the first and second mass flow rates of bleed air when the bleed air is required both for de-icing the component and to optimise operation of the core , wherein the flow controller comprises first and second valves (61, 62; 51, 52), the first and second valves (61, 62; 51, 52) arranged in parallel in the flow path of the bleed air; characterised in that each of the valves is configured to be set only to an open position or a closed position. an engine core comprising a compressor ; a compressor bleed valve in communication with the compressor and configured to release bleed air from the compressor ; at least one component provided at the inlet of the engine core having a de-icing conduit, configured to receive the bleed air; and a flow controller , configured to provide the bleed air to the de-icing conduit of the at least one component in response to either or both of a requirement to de-ice the component and a requirement to release bleed air from the compressor to optimise operation of the core ; wherein the flow controller is configured to provide a first mass flow rate of bleed air when the bleed air is provided in response to a requirement to de-ice the component and a second mass flow rate of bleed air, different from the first mass flow rate, when the bleed air is provided in response to a requirement to release bleed air from the compressor to optimise operation of the core ; wherein the flow controller is configured to provide the higher of the first and second mass flow rates of bleed air when the bleed air is required both for de-icing the component and to optimise operation of the core , wherein the flow controller comprises first and second valves (61, 62; 51, 52), the first and second valves (61, 62; 51, 52) arranged in parallel in the flow path of the bleed air; characterised in that each of the valves is configured to be set only to an open position or a closed position.
A detergent granule comprising: a) from 85% to 95%, by weight of said detergent granule, of an alkyl sulfate (AS) having a branched or linear unalkoxylated alkyl group comprising from 6 to 16 carbon atoms; b) from 4% to 14%, by weight of said detergent granule, of a water-soluble salt selected from the group consisting of sodium sulfate, sodium carbonate, magnesium chloride, magnesium sulfate, sodium silicate, and combinations thereof; and c) from 1% to 5%, by weight of said detergent granule, of water, wherein said detergent granule is characterized by a Medium Particle Size ranging from 200 μm to 1000 μm and an aspect ratio of no more than 2, as determined by the sieve test method described in the description. a) from 85% to 95%, by weight of said detergent granule, of an alkyl sulfate (AS) having a branched or linear unalkoxylated alkyl group comprising from 6 to 16 carbon atoms; b) from 4% to 14%, by weight of said detergent granule, of a water-soluble salt selected from the group consisting of sodium sulfate, sodium carbonate, magnesium chloride, magnesium sulfate, sodium silicate, and combinations thereof; and c) from 1% to 5%, by weight of said detergent granule, of water,
Apparatus for grilling food and at least having a housing for receiving the food, wherein the housing encompasses at least one grilling space, wherein the housing also has at least two through-passage openings (10; 12) and the first through-passage opening is designed in the form of an outgoing-air opening and the food can be fed to the grilling space through the second through-passage opening , wherein the housing has at least two heat sources , which are intended for heating the food and are arranged essentially vertically, characterized in that at least one heat source is designed such that it can be changed in position in relation to the food and/or in relation to the food-receiving device , and in that the at least one heat source is arranged on the housing such that it can be altered in position by way of at least one scissors-mechanism framework . characterized in that at least one heat source is designed such that it can be changed in position in relation to the food and/or in relation to the food-receiving device , and in that the at least one heat source is arranged on the housing such that it can be altered in position by way of at least one scissors-mechanism framework .
A composition comprising the following: A) a first ethylene-based polymer, formed by a high pressure, free-radical polymerization process, and comprising the following properties: a) a Mw(abs)/Mw(GPC) < 2.2, and b) a MS versus I2 relationship: MS ≥ C x [(I2) D ], where C = 13.5 cN/(dg/min) D , and D = -0.55, c) a melt index (I2) from 0.1 to 0.9 g/10 min; and B) a second ethylene-based polymer; and wherein the second ethylene-based polymer has a melt index (I2) from 0.1 to 4.0 g/10 min; wherein Mw(abs) and Mw(GPC) are each determined by GPC Method A as described in the description and MS is determined at 190 °C as described in the description; wherein the first ethylene-based polymer is a low density polyethylene (LDPE). A) a first ethylene-based polymer, formed by a high pressure, free-radical polymerization process, and comprising the following properties: a) a Mw(abs)/Mw(GPC) < 2.2, and b) a MS versus I2 relationship: MS ≥ C x [(I2) D ], where C = 13.5 cN/(dg/min) D , and D = -0.55, c) a melt index (I2) from 0.1 to 0.9 g/10 min; and a) a Mw(abs)/Mw(GPC) < 2.2, and b) a MS versus I2 relationship: MS ≥ C x [(I2) D ], where C = 13.5 cN/(dg/min) D , and D = -0.55, c) a melt index (I2) from 0.1 to 0.9 g/10 min; and B) a second ethylene-based polymer; and
A 3D printing device with an extrusion port having a variable size, comprising: a feeding portion having an inlet and an outlet for a material; a discharging portion having an extrusion port , wherein the extrusion port is capable of being in fluid communication with the outlet of the feeding portion , so as to extrude the material, and the extrusion port is partitioned into a plurality of hole channels ; and a control portion , configured to control, in a process of filling a single-communication region by utilizing the extrusion port , the feeding portion and the discharging portion to move relative to each other, so as to change a quantity of hole channels in communication with the outlet of the feeding portion in the plurality of hole channels , thereby changing a size of the extrusion port ; characterized in that , the feeding portion is an inner cylinder, and the discharging portion is a sleeve of the inner cylinder; and the control portion is configured to control the inner cylinder and the sleeve to move along an axial direction of the inner cylinder, so as to change a length of the extrusion port . a feeding portion having an inlet and an outlet for a material; a discharging portion having an extrusion port , wherein the extrusion port is capable of being in fluid communication with the outlet of the feeding portion , so as to extrude the material, and the extrusion port is partitioned into a plurality of hole channels ; and a control portion , configured to control, in a process of filling a single-communication region by utilizing the extrusion port , the feeding portion and the discharging portion to move relative to each other, so as to change a quantity of hole channels in communication with the outlet of the feeding portion in the plurality of hole channels , thereby changing a size of the extrusion port ; characterized in that , the feeding portion is an inner cylinder, and the discharging portion is a sleeve of the inner cylinder; and the control portion is configured to control the inner cylinder and the sleeve to move along an axial direction of the inner cylinder, so as to change a length of the extrusion port .
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, with the at least one processor, cause the apparatus at least to perform: obtaining (ST11) a configuration for a set of control resource sets and at least one search space on a bandwidth part, wherein the bandwidth part comprises at least two sub-bands, each search space is associated with a subset of at least two control resource sets, and the at least two control resource sets are on different sub-bands, and mapping and monitoring (ST12) each search space according to the obtained configuration. obtaining (ST11) a configuration for a set of control resource sets and at least one search space on a bandwidth part, wherein the bandwidth part comprises at least two sub-bands, each search space is associated with a subset of at least two control resource sets, and the at least two control resource sets are on different sub-bands, and mapping and monitoring (ST12) each search space according to the obtained configuration.