mhurhangee/ep-ind-claims huggingface dataset:
Coating colour comprising water, at least one pigment and at least one dextrin, exhibiting: • a weight-average molecular weight ranging from 250 000 to 2 000 000 Da; • a solubility, measured according to a test A, ranging from 50 to 85%. • a weight-average molecular weight ranging from 250 000 to 2 000 000 Da; • a solubility, measured according to a test A, ranging from 50 to 85%.
A method for medical image acquisition and pre-processing, comprising: acquiring raw medical image data by performing a medical image scan of a patient using a medical image scanner; acquiring input data associated with the medical image scan of the patient and available downstream automated image analysis algorithms; selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms; and generating one or more medical images from the raw medical image data by applying the selected set of pre-processing algorithms to the raw medical image data, wherein selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms comprises: selecting a first set of one or more pre-processing algorithms for generating one or medical images for human visual interpretation; and selecting a second set of one or more pre-processing algorithms for generating one or more medical images for automated image analysis using one or more of the available downstream automated image analysis algorithms. acquiring raw medical image data by performing a medical image scan of a patient using a medical image scanner; acquiring input data associated with the medical image scan of the patient and available downstream automated image analysis algorithms; selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms; and generating one or more medical images from the raw medical image data by applying the selected set of pre-processing algorithms to the raw medical image data, wherein selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms comprises: selecting a first set of one or more pre-processing algorithms for generating one or medical images for human visual interpretation; and selecting a second set of one or more pre-processing algorithms for generating one or more medical images for automated image analysis using one or more of the available downstream automated image analysis algorithms. selecting a first set of one or more pre-processing algorithms for generating one or medical images for human visual interpretation; and selecting a second set of one or more pre-processing algorithms for generating one or more medical images for automated image analysis using one or more of the available downstream automated image analysis algorithms.
A wear computing system and a wheel of a vehicle, wherein the wear computing system is for computing wear of the wheel of the vehicle, the wheel including a main wheel, the main wheel including an annular member having a laterally extending central axial line, and a plurality of driven rollers rotatably supported by the annular member around tangential lines of the annular member at respective positions of the driven rollers, and a pair of drive disks, each drive disk including a hub supported by a vehicle body of the vehicle on a corresponding side of the main wheel so as to be rotatable around a rotational center line substantially coaxial with the central axial line of the annular member, and a plurality of drive rollers circumferentially positioned thereon so as to be rotatable around a rotational center line in a skewed relationship to the rotational center line of the hub and in engagement with the driven rollers, comprising: a revolution sensor configured to detect a number of revolutions of the wheel; an acceleration sensor configured to detect an acceleration of the vehicle in a travel direction thereof; and a control unit configured to compute a travel distance of the vehicle from the acceleration of the vehicle, and compute the wear from the travel distance and the number of revolutions of the wheel, wherein the revolution sensor is configured to detect a revolution number of the main wheel, and a revolution number of the driven rollers, the acceleration sensor is configured to detect a fore and aft acceleration and a lateral acceleration of the vehicle, and the control unit is configured to compute a fore and aft travel distance from the fore and aft acceleration, a second wear from the fore and aft travel distance and the revolution number of the main wheel, a lateral travel distance from the lateral acceleration, a third wear from the lateral travel distance and the revolution number of the driven rollers, and a first wear from the second wear and the third wear, the first wear being the wear of the wheel. a revolution sensor configured to detect a number of revolutions of the wheel; an acceleration sensor configured to detect an acceleration of the vehicle in a travel direction thereof; and a control unit configured to compute a travel distance of the vehicle from the acceleration of the vehicle, and compute the wear from the travel distance and the number of revolutions of the wheel, wherein the revolution sensor is configured to detect a revolution number of the main wheel, and a revolution number of the driven rollers, the acceleration sensor is configured to detect a fore and aft acceleration and a lateral acceleration of the vehicle, and the control unit is configured to compute a fore and aft travel distance from the fore and aft acceleration, a second wear from the fore and aft travel distance and the revolution number of the main wheel, a lateral travel distance from the lateral acceleration, a third wear from the lateral travel distance and the revolution number of the driven rollers, and a first wear from the second wear and the third wear, the first wear being the wear of the wheel.
An autoclavable battery pack (100, 200, 300) for use with a surgical instrument and a battery autoclaving system, comprising: a housing (107, 207, 307); a battery cell (101, 201, 301) disposed within the housing; and an isolation region (105, 205, 305) disposed between the housing and the battery cell, wherein the isolation region is formed at least in part from at least one of a thermal insulating material, a phase change material, or a combination thereof, wherein the isolation region comprises at least two layers (306a, 306b), wherein each layer is formed from at least in part of a phase change material; further comprising at least one temperature sensor (113, 115, 313, 314, 315) configured to sense the temperature of at least one of the housing, the isolation region, or the battery cell. a housing (107, 207, 307); a battery cell (101, 201, 301) disposed within the housing; and an isolation region (105, 205, 305) disposed between the housing and the battery cell, wherein the isolation region is formed at least in part from at least one of a thermal insulating material, a phase change material, or a combination thereof, wherein the isolation region comprises at least two layers (306a, 306b), wherein each layer is formed from at least in part of a phase change material; further comprising at least one temperature sensor (113, 115, 313, 314, 315) configured to sense the temperature of at least one of the housing, the isolation region, or the battery cell.
Integrated circuit package comprising an integrated circuit, a lead frame, and bonding wires connected to the integrated circuit and the lead frame; a package material having a first package material part enclosing the integrated circuit, the lead frame and the bonding wires; and a mechanical element arranged on top of the first package material part allowing a mechanical connection of a further element to the integrated circuit package; wherein the package material further comprises a second package material part comprising a communication channel, the second package material part being positioned on top of the first package material part and the mechanical element, and the communication channel being free of package material, wherein the mechanical element comprises a bore which is aligned with the communication channel.
Ocular Videography System for tracking eye movements of an animal, in particular rats, comprising - a camera system suitable for being positioned on a head of an animal to track eye movements of at least one eye of the animal, at least one image sensor as well as at least one decoder, for decoding a signal detected by the image sensor, each being comprised by the camera system, wherein the camera system, and in particular a camera of the camera system, is designed in such a way that it detects movements of the eye, and/or a movement of a head of the animal without interfering with the animal's natural motion dynamics, - a head mount on which the camera system is fixed or fixable characterized in that the movements of the eye are calculated as rotations of the eye from a reference position and wherein in this system positive horizontal rotations (θ) are defined as rotations towards the animal's left and positive vertical rotations (φ) as dorsal eye rotations and/or that it detects a movement of a head of the animal in a vertical and/or horizontal and/or a torsional direction to an optical axis of the camera system and/or of the optical axis of the animal's eye, wherein the camera system comprises at least one light emitting element for guiding and emitting light towards the animal's eye, at least one light reflector for reflecting at least partially the light reflected from the animal's eye to the image sensor of the camera system, wherein the camera system is mounted on the head mount outside of a visual field of the animal's eye. - a camera system suitable for being positioned on a head of an animal to track eye movements of at least one eye of the animal, at least one image sensor as well as at least one decoder, for decoding a signal detected by the image sensor, each being comprised by the camera system, wherein the camera system, and in particular a camera of the camera system, is designed in such a way that it detects movements of the eye, and/or a movement of a head of the animal without interfering with the animal's natural motion dynamics, - a head mount on which the camera system is fixed or fixable characterized in that the movements of the eye are calculated as rotations of the eye from a reference position and wherein in this system positive horizontal rotations (θ) are defined as rotations towards the animal's left and positive vertical rotations (φ) as dorsal eye rotations and/or that it detects a movement of a head of the animal in a vertical and/or horizontal and/or a torsional direction to an optical axis of the camera system and/or of the optical axis of the animal's eye, wherein the camera system comprises at least one light emitting element for guiding and emitting light towards the animal's eye, at least one light reflector for reflecting at least partially the light reflected from the animal's eye to the image sensor of the camera system, wherein the camera system is mounted on the head mount outside of a visual field of the animal's eye.
Panel-processing plant having a processing station for processing a panel-like workpiece and a transport device for controlled displacement of the workpiece in at least one first linear axis during processing of the workpiece through the processing station, wherein the transport device has two transport units (1a, 1b) spaced from one another for displacement of the panel-like workpiece over a gap between the two transport units (1a, 1b) and the processing station contains two sets of processing machines (5a, 5b) arranged opposite one another at the gap, characterised in that the sets of processing machines (5a, 5b) have respectively a horizontal transverse support which can be moved within the gap above and below the workpiece in a second linear axis at right-angles to the first linear axis and a third linear axis at right-angles to the first and second linear axis (4, 13), on which transverse support is arranged respectively a processing unit rotatable about at least two rotational axes (18, 22) to receive a tool.
An electronic device, comprising: a first housing comprising a first upper surface, a first lower surface, a first side surface, and a second side surface disposed at an opposite side of the first side surface; a second housing comprising a third side surface and a second upper surface; a connection member configured to rotatably connect the first housing and the second housing; a first window extended from the first upper surface to the first side surface and made of a first material; a second window extended from the first lower surface to the second upper surface and made of a second material; and a flexible display mounted in the first housing and the second housing and mounted along the first window and the second window, wherein the first material is harder than the second material. a first housing comprising a first upper surface, a first lower surface, a first side surface, and a second side surface disposed at an opposite side of the first side surface; a second housing comprising a third side surface and a second upper surface; a connection member configured to rotatably connect the first housing and the second housing; a first window extended from the first upper surface to the first side surface and made of a first material; a second window extended from the first lower surface to the second upper surface and made of a second material; and a flexible display mounted in the first housing and the second housing and mounted along the first window and the second window, wherein the first material is harder than the second material.
An event-based pixel sensor, comprising: an event-based pixel array for detecting events associated with changes in illumination; and one or more circuits that equalize the delays between pixels by applying different amounts of delay based on levels of illumination received by the corresponding pixels, wherein the one or more circuits increase delays based on increases in the illumination received by the corresponding pixels.
Concentrate comprising: - at least 20% by weight of at least one mannosylerythritol lipid, with respect to the total weight of the concentrate, and - at least 30% by weight of at least one polyglycerol fatty acid ester having an HLB greater than or equal to 9, with respect to the total weight of the concentrate, in which the ratio by weight of mannosylerythritol lipid(s)/polyglycerol fatty acid ester(s) having an HLB greater than or equal to 9 is comprised within the range [1/3; 3/1]. - at least 20% by weight of at least one mannosylerythritol lipid, with respect to the total weight of the concentrate, and - at least 30% by weight of at least one polyglycerol fatty acid ester having an HLB greater than or equal to 9, with respect to the total weight of the concentrate, in which the ratio by weight of mannosylerythritol lipid(s)/polyglycerol fatty acid ester(s) having an HLB greater than or equal to 9 is comprised within the range [1/3; 3/1].
A method for removing phosphorus from a phosphorus-containing substance that is a solid oxide, characterized in that the phosphorus-containing substance used as a raw material for metal smelting or metal refining is reacted with a nitrogen-containing gas at a treatment temperature T (°C) which is lower than a melting temperature (T m) of the substance, wherein the treatment temperature T (°C) is controlled to satisfy a condition of the following formula and an oxygen partial pressure P O2 (atm) in the nitrogen-containing gas is controlled to satisfy a condition of the following formula; [Formula 2] 750 ≦ T ≦ 0.95 × T m, wherein T m is a melting point (°C) of the phosphorus-containing substance; [Formula 3] log P O2 ≦ − 0.000025 × T 2 + 0.0723 × T − 60.9 characterized in that the phosphorus-containing substance used as a raw material for metal smelting or metal refining is reacted with a nitrogen-containing gas at a treatment temperature T (°C) which is lower than a melting temperature (T m) of the substance, wherein the treatment temperature T (°C) is controlled to satisfy a condition of the following formula and an oxygen partial pressure P O2 (atm) in the nitrogen-containing gas is controlled to satisfy a condition of the following formula; [Formula 2] 750 ≦ T ≦ 0.95 × T m, wherein T m is a melting point (°C) of the phosphorus-containing substance; [Formula 3] log P O2 ≦ − 0.000025 × T 2 + 0.0723 × T − 60.9
A method for producing a composition containing C 8 F 17 Br, and further containing C 7 F 15 COOH, comprising reacting C 8 F 17 I and a brominating agent to obtain C 8 F 17 Br; and alkali-washing the obtained C 8 F 17 Br to reduce the C 7 F 15 COOH content to ≤ 25 ppb based on the total weight of C 8 F 17 Br, wherein the alkali-washing is repeatedly performed until the alkali layer after alkali-washing has a pH of ≥ 8.
A power control method, which is performed by a User Equipment, UE, characterized by comprising: performing transmission power control over uplink transmission on a first target Bandwidth Part, BWP, in accordance with one or more target uplink power control parameters corresponding to the first target BWP, wherein prior to performing the transmission power control over the uplink transmission on the first target BWP in accordance with the one or more target uplink power control parameters corresponding to the first target BWP, the power control method further comprises: receiving one or more uplink power control parameters corresponding to each BWP from a network device. performing transmission power control over uplink transmission on a first target Bandwidth Part, BWP, in accordance with one or more target uplink power control parameters corresponding to the first target BWP, wherein prior to performing the transmission power control over the uplink transmission on the first target BWP in accordance with the one or more target uplink power control parameters corresponding to the first target BWP, the power control method further comprises: receiving one or more uplink power control parameters corresponding to each BWP from a network device.
Photopolymerizable stencil material for producing silk screen forms, the stencil material containing an aqueous solution having at least one polyvinyl alcohol and nanoparticles, characterized in that the nanoparticles are inorganic solids having chemically cross-linkable surface groups.
A rapidly-orodispersible dosage form comprising a porous, durable body comprising a bound-powder material, the body having one or more interior cavities, preferably wherein the bound-powder material comprises an interconnected matrix of at least one ingestible powder material and at least one ingestible binder material.
A method, comprising: detecting a distance between a first member supporting a magnetic flux carrying member and a second member supporting a magnetic flux generating member, the second member being disposed at a non-zero distance from the first member and configured to move relative to the first member; comparing the detected distance to a threshold distance; and characterised in that: if the detected distance is less than the threshold distance, activating an air gap control device of an air gap control system, the air gap control device being coupled to at least one of the first member or the second member by increasing a strength of magnetism of an electromagnet disposed at least partially between a portion of the first member and a portion of the second member such that a magnetic force is exerted on one of the first member and the second member by the electromagnet and the distance between the first member and the second member is increased, the air gap control device being separate from the magnetic flux generating member and the magnetic flux carrying member. detecting a distance between a first member supporting a magnetic flux carrying member and a second member supporting a magnetic flux generating member, the second member being disposed at a non-zero distance from the first member and configured to move relative to the first member; comparing the detected distance to a threshold distance; and characterised in that: if the detected distance is less than the threshold distance, activating an air gap control device of an air gap control system, the air gap control device being coupled to at least one of the first member or the second member by increasing a strength of magnetism of an electromagnet disposed at least partially between a portion of the first member and a portion of the second member such that a magnetic force is exerted on one of the first member and the second member by the electromagnet and the distance between the first member and the second member is increased, the air gap control device being separate from the magnetic flux generating member and the magnetic flux carrying member. if the detected distance is less than the threshold distance, activating an air gap control device of an air gap control system, the air gap control device being coupled to at least one of the first member or the second member by increasing a strength of magnetism of an electromagnet disposed at least partially between a portion of the first member and a portion of the second member such that a magnetic force is exerted on one of the first member and the second member by the electromagnet and the distance between the first member and the second member is increased, the air gap control device being separate from the magnetic flux generating member and the magnetic flux carrying member.