mhurhangee/ep-ind-claims huggingface dataset:
A rigid template for aligning surface features on a rotor blade of a wind turbine, the rigid template comprising: a rigid body shaped to correspond to a surface of the rotor blade, said rigid body comprising a base end and a tail end opposite the base end, said base end configured to connect to an alignment structure of the rotor blade, the alignment structure fixed relative to the rotor blade, said tail end comprising at least one marker configured to locate at least one surface feature on the surface of the rotor blade. a rigid body shaped to correspond to a surface of the rotor blade, said rigid body comprising a base end and a tail end opposite the base end, said base end configured to connect to an alignment structure of the rotor blade, the alignment structure fixed relative to the rotor blade, said tail end comprising at least one marker configured to locate at least one surface feature on the surface of the rotor blade.
Electrical equipment comprising: · a housing having a hole formed therein; · a microphone positioned inside the housing and in the proximity of the hole; · a loudspeaker; · emitter means arranged to emit an emitted detection sound signal via the loudspeaker, the emitted detection sound signal being a signal comprising a frequency inaudible for a human being; · processor means arranged to acquire a received detection sound signal via the microphone, the received detection sound signal resulting from the emitted detection sound signal propagating via the outside of the housing, to detect in real time from the received detection sound signal whether a user's finger is or is not positioned on or in the immediate proximity of the hole, and if a finger is positioned on or in the immediate proximity of the hole to cause a predetermined action to be performed. · a housing having a hole formed therein; · a microphone positioned inside the housing and in the proximity of the hole; · a loudspeaker; · emitter means arranged to emit an emitted detection sound signal via the loudspeaker, the emitted detection sound signal being a signal comprising a frequency inaudible for a human being; · processor means arranged to acquire a received detection sound signal via the microphone, the received detection sound signal resulting from the emitted detection sound signal propagating via the outside of the housing, to detect in real time from the received detection sound signal whether a user's finger is or is not positioned on or in the immediate proximity of the hole, and if a finger is positioned on or in the immediate proximity of the hole to cause a predetermined action to be performed.
A method of convolution in a neural network with variable dilation rate, the method comprises: receiving, by a computing system, size of a first kernel, and a dilation rate; determining, by the computing system, a second kernel based on the first kernel and the dilation rate; dividing, by the computing system, the second kernel into one or more disintegrated kernels; determining, by the computing system, a size of the one or more disintegrated kernels based on at least one of the size of the first kernel, a baseline architecture of a memory associated with the computing system and the dilation rate; determining, by the computing system, address of one or more blocks of an input image corresponding to each of the one or more disintegrated kernels based on the dilation rate, and one or more parameters associated with a size of the input image and the memory; fetching, by the computing system, the one or more blocks of the input image based on the address and the one or more disintegrated kernels from the memory; and obtaining, by the computing system, an output image based on convolution of each of the one or more disintegrated kernels and the one or more blocks of the input image. receiving, by a computing system, size of a first kernel, and a dilation rate; determining, by the computing system, a second kernel based on the first kernel and the dilation rate; dividing, by the computing system, the second kernel into one or more disintegrated kernels; determining, by the computing system, a size of the one or more disintegrated kernels based on at least one of the size of the first kernel, a baseline architecture of a memory associated with the computing system and the dilation rate; determining, by the computing system, address of one or more blocks of an input image corresponding to each of the one or more disintegrated kernels based on the dilation rate, and one or more parameters associated with a size of the input image and the memory; fetching, by the computing system, the one or more blocks of the input image based on the address and the one or more disintegrated kernels from the memory; and obtaining, by the computing system, an output image based on convolution of each of the one or more disintegrated kernels and the one or more blocks of the input image.
A device, comprising: an instrument usable to collect location data for one or more passageways; and one or more processors coupled to the instrument; wherein the one or more processors are configured to: organize a plurality of points within the location data based on a corresponding insertion depth of the instrument when each of the plurality of points is collected; create a passageway tree based on the organized points; identify at least three non-collinear landmark locations within the passageway tree; create a seed transformation between one or more of the at least three non-collinear landmark locations and corresponding model locations in model data; and register, using the seed transformation, the plurality of points to the model data for the one or more passageways; characterized in that to organize the plurality of points within the location data the one or more processors are further configured to: place the plurality of points into bins based on ranges of insertion depth. an instrument usable to collect location data for one or more passageways; and one or more processors coupled to the instrument; wherein the one or more processors are configured to: organize a plurality of points within the location data based on a corresponding insertion depth of the instrument when each of the plurality of points is collected; create a passageway tree based on the organized points; identify at least three non-collinear landmark locations within the passageway tree; create a seed transformation between one or more of the at least three non-collinear landmark locations and corresponding model locations in model data; and register, using the seed transformation, the plurality of points to the model data for the one or more passageways; characterized in that to organize the plurality of points within the location data the one or more processors are further configured to: place the plurality of points into bins based on ranges of insertion depth. organize a plurality of points within the location data based on a corresponding insertion depth of the instrument when each of the plurality of points is collected; create a passageway tree based on the organized points; identify at least three non-collinear landmark locations within the passageway tree; create a seed transformation between one or more of the at least three non-collinear landmark locations and corresponding model locations in model data; and register, using the seed transformation, the plurality of points to the model data for the one or more passageways; characterized in that to organize the plurality of points within the location data the one or more processors are further configured to: place the plurality of points into bins based on ranges of insertion depth.
A method for treating wastewater discharged by wet-cleaning of gas obtained by partial oxidation of fossil fuel, the method comprising: a free cyanide removal step in which free cyanides contained in the wastewater are removed: - first by acidifying the wastewater, in a first pH adjustment means, with sulfuric acid or hydrochloric acid, to adjust its pH 3 to 7, and - then by sending the wastewater whose pH has been adjusted to aeration means, where the wastewater is aerated; a biological treatment step in which the wastewater that has been treated in the free cyanide removal step is biologically treated; and an advanced oxidation treatment step in which COD components contained in the wastewater that has been biologically treated are subject to advanced oxidation treatment, wherein the free cyanides removed in the free cyanide removal step are collected in an alkaline solution, and then the alkaline solution including the free cyanide is sent to the advanced oxidation treatment step where the alkaline solution including the free cyanide is subject to advanced oxidation treatment together with the biologically-treated wastewater. a free cyanide removal step in which free cyanides contained in the wastewater are removed: - first by acidifying the wastewater, in a first pH adjustment means, with sulfuric acid or hydrochloric acid, to adjust its pH 3 to 7, and - then by sending the wastewater whose pH has been adjusted to aeration means, where the wastewater is aerated; - first by acidifying the wastewater, in a first pH adjustment means, with sulfuric acid or hydrochloric acid, to adjust its pH 3 to 7, and - then by sending the wastewater whose pH has been adjusted to aeration means, where the wastewater is aerated; a biological treatment step in which the wastewater that has been treated in the free cyanide removal step is biologically treated; and an advanced oxidation treatment step in which COD components contained in the wastewater that has been biologically treated are subject to advanced oxidation treatment, wherein the free cyanides removed in the free cyanide removal step are collected in an alkaline solution, and then the alkaline solution including the free cyanide is sent to the advanced oxidation treatment step where the alkaline solution including the free cyanide is subject to advanced oxidation treatment together with the biologically-treated wastewater.
A chimeric receptor comprising: (a) an extracellular ligand-binding domain of F158 FCGR3A or the V158 FCGR3A variant; (b) a hinge and transmembrane domains of CD8α; and (c) a cytoplasmic domain comprising a 4-1BB signaling domain and a CD3ζ signaling domain.
A method of computing calibration maps for 3-D polarimetric imaging of an object by a sensor to compensate for structured scene reflections, comprising: providing a far-field radiance map E(θ,φ) in a spectral band of a scene from the perspective of the object where θ and φ are the elevation angle and azimuth angle components of a surface normal of the object; using a microfacet scattering model to compute a polarized bidirectional distribution function, BRDF, of a surface of the object; and using the far-field radiance map L(θ j,φ k), polarized BRDF and a line-of-sight vector from the sensor to the object to compute surface normal calibration maps φ(AoLP) and θ(DoLP,φ) where AoLP and DoLP are the values of the Angle of Linear Polarization and Degree of Linear Polarization images at a given pixel. providing a far-field radiance map E(θ,φ) in a spectral band of a scene from the perspective of the object where θ and φ are the elevation angle and azimuth angle components of a surface normal of the object; using a microfacet scattering model to compute a polarized bidirectional distribution function, BRDF, of a surface of the object; and using the far-field radiance map L(θ j,φ k), polarized BRDF and a line-of-sight vector from the sensor to the object to compute surface normal calibration maps φ(AoLP) and θ(DoLP,φ) where AoLP and DoLP are the values of the Angle of Linear Polarization and Degree of Linear Polarization images at a given pixel.
A child stroller apparatus comprising: a first side segment fixedly connected with a first shell portion and a grip portion, the first shell portion and the grip portion being disposed adjacent to each other; a second side segment fixedly connected with a second shell portion, the second shell portion being pivotally connected with the first shell portion; a latch assembled in a cavity delimited at least partially by the first and second shell portions (130, 132), the latch being movable between a locking position that prevents relative rotation between the first and second side segments (102A, 106A) and thereby locks the child stroller apparatus in an unfolded state for use, and an unlocking position for folding and unfolding of the child stroller apparatus; and a release actuator assembled adjacent to the grip portion and operatively coupled to the latch, the release actuator being operable to cause the latch to move from the locking position to the unlocking position; wherein the first side segment is a part of a front leg frame, the second side segment is a part of a push handle frame, and the child stroller apparatus further comprises a rear leg frame having a third side segment pivotally connected with the first side segment, and a linking bar respectively connected pivotally with the second side segment and the third side segment; characterized in that the grip portion extends below the first shell portion, and has one end adjacent to a pivot connection between the first side segment and the third side segment. a first side segment fixedly connected with a first shell portion and a grip portion, the first shell portion and the grip portion being disposed adjacent to each other; a second side segment fixedly connected with a second shell portion, the second shell portion being pivotally connected with the first shell portion; a latch assembled in a cavity delimited at least partially by the first and second shell portions (130, 132), the latch being movable between a locking position that prevents relative rotation between the first and second side segments (102A, 106A) and thereby locks the child stroller apparatus in an unfolded state for use, and an unlocking position for folding and unfolding of the child stroller apparatus; and a release actuator assembled adjacent to the grip portion and operatively coupled to the latch, the release actuator being operable to cause the latch to move from the locking position to the unlocking position; wherein the first side segment is a part of a front leg frame, the second side segment is a part of a push handle frame, and the child stroller apparatus further comprises a rear leg frame having a third side segment pivotally connected with the first side segment, and a linking bar respectively connected pivotally with the second side segment and the third side segment; characterized in that the grip portion extends below the first shell portion, and has one end adjacent to a pivot connection between the first side segment and the third side segment.
A cucurbitane triterpenoid compound for the use in a method for prevention and treatment of diabetes and obesity, selected from the group consisting of momordicoside A represented by the following formula: momordicoside B represented by the following formula: and 22,23,24,25-tetrahydroxycucurbita-5-ene represented by the following formula:
A method for transmitting a device-to-device, D2D, signal by a user equipment, UE, in a wireless communication system, the method comprising: determining whether to transmit a D2D signal, on the basis of a plurality of transmission probabilities of the UE in a plurality of frequency resource regions; and transmitting the D2D signal in a frequency resource region among the plurality of frequency resource regions upon determining that the UE is to transmit the D2D signal, wherein the plurality of transmission probabilities are allocated to the plurality of frequency resource regions, respectively, wherein if the UE determines to transmit the D2D signal in a first frequency resource region and in a second frequency resource region, the D2D signal is transmitted only in the first frequency resource region, and wherein a transmission probability of the UE in the first frequency resource region is lower than a transmission probability of the UE in the second frequency resource region. determining whether to transmit a D2D signal, on the basis of a plurality of transmission probabilities of the UE in a plurality of frequency resource regions; and transmitting the D2D signal in a frequency resource region among the plurality of frequency resource regions upon determining that the UE is to transmit the D2D signal, wherein the plurality of transmission probabilities are allocated to the plurality of frequency resource regions, respectively, wherein if the UE determines to transmit the D2D signal in a first frequency resource region and in a second frequency resource region, the D2D signal is transmitted only in the first frequency resource region, and wherein a transmission probability of the UE in the first frequency resource region is lower than a transmission probability of the UE in the second frequency resource region.
A device for opening and/or closing a door having an electrical motor and further electrical, mechanical and/or hydraulic driving elements and having a support for receiving the driving elements, wherein a pre-mounted motor-gear-unit, a printed circuit board and a cable harness with transformer are inserted into the support and electrically interconnected by means of connecting plugs, wherein the support comprises at least one recess for the reception of the motor-gear-unit and at least one recess for the reception of the printed circuit board and of the cable harness with the transformer, characterized in that the support includes the recess rear-sided and the recess front-sided, and in that the recesses (51, 54) are disposed at opposite ends of the support, wherein a cover of the printed circuit board and of the transformer together with a cover provide for an electrically all-insulated functional unit.
Capacitive sensing material, comprising composite particles having an average particle size of 50-500 nm, as measured with transmission electron microscopy, wherein porous titanium dioxide is at least in part coated with platinum particles, wherein the platinum particles are at least in part present in the pores of the porous titanium dioxide, and the platinum particles have an average particle size of 1-20 nm, as measured with transmission electron microscopy, wherein the amount of platinum is 10-45 % by total weight of the composite particles, and wherein the mass ratio of titanium dioxide and platinum in the capacitive sensing material is from 1: 5 to 5: 1.
A process for preparing compound f, comprising precipitating a solid from a mixed solution formed by the mixture containing compound f and compound f1 with a solvent; the solvent is selected from the group consisting of a nitriles solvent, an esters solvent, an ethers solvent, a mixed solvent of an ethers solvent and an alkanes solvent, a mixed solvent of a nitriles solvent and an alkanes solvent, and a mixed solvent of an esters solvent and an alkanes solvent; wherein, A is wherein, each of R 1, R 1a, R 1b, R 1c and R 1d is independently H, a C 1 -C 4 alkoxy or a halogen; R 2 is H, a C 1 -C 4 alkyl or hydroxy, wherein, the nitriles solvent is acetonitrile; and/or, the esters solvent is ethyl acetate; and/or, the ethers solvent is methyl tert-butyl ether; and/or, the alkanes solvent is a C5-C8 alkanes solvent. wherein, the nitriles solvent is acetonitrile; and/or, the esters solvent is ethyl acetate; and/or, the ethers solvent is methyl tert-butyl ether; and/or, the alkanes solvent is a C5-C8 alkanes solvent.
System for manufacturing a cosmetic product, comprising: - at least a first single-use packaging unit comprising a predetermined amount of a first phase of a cosmetic product, - at least a second single-use packaging unit comprising a predetermined amount of a second phase of a cosmetic product, - a machine comprising a mixer (2, 7, 16) inside which the mixing of said predetermined amount of the first phase and of said predetermined amount of the second phase is automatically carried out so as to produce a cosmetic product directly consumable by the final consumer, said mixing being carried out in such a way that neither the first phase nor the second phase is in direct contact with any part (2, 7, 16) of said mixer that is not a single-use part, thus avoiding soiling said mixer, said mixture not leaving the environment consisting, on the one hand, of said packaging units (13, 14) and, on the other hand, of the junction produced between said packaging units (13, 14), at all or at least not before the homogenization of said mixture is complete, characterized in that said mixing comprises at least the transfer of the content of one of said single-use packaging units (13, 14) to the other of said single-use packaging units (13, 14), and in that the machine comprises a motorized device which automatically transfers the content of one of the packaging units to the other of the packaging units. - at least a first single-use packaging unit comprising a predetermined amount of a first phase of a cosmetic product, - at least a second single-use packaging unit comprising a predetermined amount of a second phase of a cosmetic product, - a machine comprising a mixer (2, 7, 16) inside which the mixing of said predetermined amount of the first phase and of said predetermined amount of the second phase is automatically carried out so as to produce a cosmetic product directly consumable by the final consumer, said mixing being carried out in such a way that neither the first phase nor the second phase is in direct contact with any part (2, 7, 16) of said mixer that is not a single-use part, thus avoiding soiling said mixer, said mixture not leaving the environment consisting, on the one hand, of said packaging units (13, 14) and, on the other hand, of the junction produced between said packaging units (13, 14), at all or at least not before the homogenization of said mixture is complete, characterized in that said mixing comprises at least the transfer of the content of one of said single-use packaging units (13, 14) to the other of said single-use packaging units (13, 14), and in that the machine comprises a motorized device which automatically transfers the content of one of the packaging units to the other of the packaging units.
A servovalve comprising: a fluid transfer valve assembly comprising a supply port and a control port; a moveable valve spool arranged to regulate flow of fluid from the supply port to the control port in response to a control signal; and a jet pipe assembly configured to axially move the valve spool relative to the fluid transfer valve assembly in response to the control signal to regulate the fluid flow; wherein the jet pipe assembly comprises a steerable nozzle from which fluid is directed to the ends (4a, 4b) of the spool in an amount determined by the control signal; and wherein fluid is provided to the nozzle via a connector header in fluid communication with the interior of the spool, the spool comprising a tubular body defining a path for fluid flow, the tubular body closed at each end by a respective end cap; the spool further being provided with openings in the tubular body via which, in use, fluid enters the interior of the spool; and characterised in that the end caps extend within the tubular body at least to an extent that they overlap the openings, and wherein the end caps are provided with filter means for filtering the fluid from the openings as it enters the interior of the spool.