mhurhangee/ep-ind-claims huggingface dataset:
A face recognition method, comprising: obtaining an original face image to be recognized; performing down-sampling on the original face image n times to obtain n down-sampled images of different sizes, wherein the sizes of the n down-sampled images of different sizes are 1/4 m of the size of the original face image respectively; n is a natural number and m is a natural number less than n+1; performing block partition processing on each down-sampled image and the original face image according to 1/(Sx4 n) of the size of the original face image, wherein S is a natural number, to obtain at least two image blocks; extracting a feature of each image block obtained after block partition processing is performed; performing similarity matching between the feature of each image block and features of image blocks corresponding to a pre-registered face image to obtain a similarity of each image block; and obtaining a face image recognition result based on a weighted fusion computation, wherein a weight is allocated to each image block and products of similarity of each image block and the corresponding weight are added to obtain a final similarity between the original face image to be recognized and the pre-registered face image. obtaining an original face image to be recognized; performing down-sampling on the original face image n times to obtain n down-sampled images of different sizes, wherein the sizes of the n down-sampled images of different sizes are 1/4 m of the size of the original face image respectively; n is a natural number and m is a natural number less than n+1; performing block partition processing on each down-sampled image and the original face image according to 1/(Sx4 n) of the size of the original face image, wherein S is a natural number, to obtain at least two image blocks; extracting a feature of each image block obtained after block partition processing is performed; performing similarity matching between the feature of each image block and features of image blocks corresponding to a pre-registered face image to obtain a similarity of each image block; and obtaining a face image recognition result based on a weighted fusion computation, wherein a weight is allocated to each image block and products of similarity of each image block and the corresponding weight are added to obtain a final similarity between the original face image to be recognized and the pre-registered face image.
A tread for a tire comprising, the tread having a center circumferential rib, two intermediate circumferential ribs, and two shoulder ribs, wherein these five ribs (12, 14, 16) are defined by two shoulder grooves and two central circumferential grooves, wherein at least one, several or all of said ribs (12, 14, 16) have sipes extending in a zigzag manner as the sipes extend axially across the respective rib (12, 14, 16) and also extending in a zigzag manner as the sipes extend radially inward from a radially outer surface of the respective rib (12, 14, 16), characterized in that the two central circumferential grooves each have a jagged or zigzag cross-section with radially vertical walls and a flat bottom, and in that the two shoulder grooves are axially wider than the two central circumferential grooves and each have a jagged or zigzag cross-section with slanted walls and a flat bottom.
Hydraulic mount, having: a deformable load-bearing spring, a working chamber which is partially surrounded by the load-bearing spring and which is filled with a liquid, an equalization chamber, a throttle duct which extends from the working chamber to the equalization chamber for the purpose of exchanging liquid, and an electromagnetically acting linear actuator having a stator and an armature, wherein the armature extends in a deflection direction from a first armature end side to an opposite, second armature end side, wherein the armature is mounted on the stator by means of a slide bearing arrangement in such a way that the armature, in electromagnetic interaction with the stator, can be deflected in the deflection direction, wherein a first actuator side which comprises at least the first armature end side forms a part of a chamber wall for delimiting the working chamber, so that the first armature end side is in direct contact with the liquid from the working chamber, characterized in that the hydraulic mount has a flow transfer duct which is filled with liquid, an end of the flow transfer duct is delimited by a second actuator side which is arranged oppositely to the first actuator side and which comprises at least the second armature end side, so that the second armature end side is in direct contact with the liquid of the flow transfer duct, and the flow transfer duct extends from the associated end to the equalization chamber for the purpose of exchanging fluid. a deformable load-bearing spring, a working chamber which is partially surrounded by the load-bearing spring and which is filled with a liquid, an equalization chamber, a throttle duct which extends from the working chamber to the equalization chamber for the purpose of exchanging liquid, and an electromagnetically acting linear actuator having a stator and an armature, wherein the armature extends in a deflection direction from a first armature end side to an opposite, second armature end side, wherein the armature is mounted on the stator by means of a slide bearing arrangement in such a way that the armature, in electromagnetic interaction with the stator, can be deflected in the deflection direction, wherein a first actuator side which comprises at least the first armature end side forms a part of a chamber wall for delimiting the working chamber, so that the first armature end side is in direct contact with the liquid from the working chamber, characterized in that the hydraulic mount has a flow transfer duct which is filled with liquid, an end of the flow transfer duct is delimited by a second actuator side which is arranged oppositely to the first actuator side and which comprises at least the second armature end side, so that the second armature end side is in direct contact with the liquid of the flow transfer duct, and the flow transfer duct extends from the associated end to the equalization chamber for the purpose of exchanging fluid.
Panel comprising a surface layer defining the visible surface of said panel, the surface layer comprising substrates (2a, 2b, 2c); a lower layer integrally constrained to said surface layer on the opposite side to said visible surface, comprising at least one groove of said surface layer suitable to make the lower layer visible through said visible surface; characterised in that said surface layer is a high-pressure laminate and in that said lower layer is made of non-opaque polymer material.
. Tank (20; 30) for the storage of pressurized fluid comprising a plastic tank liner (10; 100; 200; 300) for the storage of a pressurized fluid, the plastic tank liner comprising: - two ends, - at least two elongated cylindrical sections (12, 14; 112, 114, 116; 212, 214, 216; 312, 314, 316), the two cylindrical sections or at least two cylindrical sections having different diameters, - at least one connecting section (13; 116; 216; 316) connecting two cylindrical sections and having a concave portion connected to the cylindrical section of smaller diameter and a convex portion adjacent to the cylindrical section of larger diameter, - two convex domes (11, 15) located on both ends of the plastic tank liner so that each of the domes is connected to a different cylindrical section, - fibers wound in a helical direction around one or more of the cylindrical sections (12, 14), at least partially around the or at least one of the connecting sections, and at least partially around at least one of the domes (11, 15), wherein the convex portion of the at least one connecting section (13; 116; 216; 316) has an isotensoid shape, the plastic tank liner comprises fibers wound in a circular direction only around one or more of the cylindrical sections (12, 14), the fibers (21; 22) around the cylindrical sections in helical and circular directions being wound one layer above the others. - two ends, - at least two elongated cylindrical sections (12, 14; 112, 114, 116; 212, 214, 216; 312, 314, 316), the two cylindrical sections or at least two cylindrical sections having different diameters, - at least one connecting section (13; 116; 216; 316) connecting two cylindrical sections and having a concave portion connected to the cylindrical section of smaller diameter and a convex portion adjacent to the cylindrical section of larger diameter, - two convex domes (11, 15) located on both ends of the plastic tank liner so that each of the domes is connected to a different cylindrical section, - fibers wound in a helical direction around one or more of the cylindrical sections (12, 14), at least partially around the or at least one of the connecting sections, and at least partially around at least one of the domes (11, 15),
A turbine exhaust case mixer for an aircraft engine having an inner shroud, a nacelle, a fan assembly, a compressor assembly and a turbine assembly, the TEC mixer comprising struts being adapted to connect to an inner shroud at a shroud-strut interface, a plurality of the struts being narrower in a middle portion thereof than at the shroud-strut interface, wherein each strut of the plurality of struts has a leading surface and a trailing surface, at least one of the leading surface and the trailing surface is defined by a cavity, and boundaries of the cavity are spaced from axial ends of the strut.
A cyclone for the separation of solid particles and/or at least one liquid from a fluid with a housing (2, 3), an inlet opening for introducing the fluid together with the solid particles and/or the at least one liquid into the housing (2, 3), a discharge port for the solid particles and/or the at least one liquid, a housing cap being arranged opposite to the discharge port, a dip tube being provided in the housing cap for discharging the fluid from the housing, and a feed channel which opens out into the inlet opening in the housing (2, 3) for introducing the fluid together with the solid particles and/or the at least one liquid into the housing (2, 3), wherein at least one ramp (11a-e, g) is arranged at the housing cap and the slope of the at least one ramp (11a-e, g) is in a range of 15° to 60°, preferably between 25° and 45°, particularly preferably about 30°, characterized in that the at least one ramp (11a-e, g) has a maximum height which corresponds to 10 to 60 %, preferably between 25 and 50 % of the height of the feed channel.
A computer program product, comprising a computer readable storage medium having computer program instructions and data embodied thereon to adapt a content server on a local network to enumerate, cross code, and provide content to a renderer coupled to the local network, the renderer and content server communicating via first communication protocol restricted to managing communication within the local network, the content server further adapted to communicate using a second communication protocol for transporting content and data within and across networks, the computer program instructions and data to adapt the content server to perform operations comprising: identifying, by the content server, a first content file stored on a content source; determining by the content server, via the first communication protocol, a file type and data format renderable by the renderer; and characterized by: responsive to the first content file not being in a file type and data format renderable by the renderer, cross coding by the content server the first content file, wherein cross coding the first content file comprises: placing information from the unrenderable first content file into a template; and processing the template to create a second content file in a different file type and data format which is renderable by the renderer; and storing the second content file. identifying, by the content server, a first content file stored on a content source; determining by the content server, via the first communication protocol, a file type and data format renderable by the renderer; responsive to the first content file not being in a file type and data format renderable by the renderer, cross coding by the content server the first content file, wherein cross coding the first content file comprises: placing information from the unrenderable first content file into a template; and processing the template to create a second content file in a different file type and data format which is renderable by the renderer; and placing information from the unrenderable first content file into a template; and processing the template to create a second content file in a different file type and data format which is renderable by the renderer; and storing the second content file.
An optical waveguide apparatus for guiding optical radiation therein, comprising: a serpentine spring structure comprising a plurality of spring periods, each spring period defining a meander, collectively defining an optical grating structure with a grating period which is mechanically variable to control the Bloch-mode effective refractive index of, and/or optical path length in, at least a part of the optical waveguide in respect of optical radiation guided across the spring periods along the optical waveguide, wherein each meander has a meander length along the longitudinal axis of the spring, and a meander width transverse to the longitudinal axis of the spring, whereby substantially linear span beam segments span the meander width and substantially linear connector beam segments connect successive span beam segments along the meander length.
Trailer coupling for a motor vehicle, in particular a car, for attaching a trailer to the motor vehicle, with a coupling body member attachable to the motor vehicle, and a coupling body, in particular externally spherical, mounted at a free end section of the coupling body member and on which a towing coupling seating of a towing coupling of the trailer may be placed, wherein the coupling body forms for the towing coupling seating a bearing body providing rotary support to the former for hinge-jointed swivelling, in particular multi-axis, relative to the coupling body member, wherein the trailer coupling (10; 110) has an annular driver (33; 133) mounted on the coupling body and drivable by the towing coupling seating and movable relative to the coupling body and forming part of a sensor array for detecting an angular position of the towing coupling relative to the coupling body member, wherein the driver (33; 133) includes a member located further inwards than an outer surface of the coupling body and a driving element (80; 180) located further outwards on the member (60; 160) relative to the outer surface of the coupling body, and for driving by the towing coupling seating, characterised in that the member (60; 160) and the driving element (80; 180) are joined together with the aid of a latching connection and/or a hook connection, wherein the latching connection includes at least one latching projection and one latching location, and the hook connection at least one hook projection and one hook holder.
A driveline cable for an implantable heart pump, the driveline cable comprising: a plurality of conductors wound along a longitudinal axis of the cable, each conductor comprising a plurality of uninsulated wire strands disposed within an outer insulating layer, wherein the plurality of uninsulated wire strands in each conductor are loosely packed such that a majority of the uninsulated wire strands are movable relative other wire strands when the conductor is flexed, wherein the plurality of wire strands of each conductor are of a 30 gauge or higher and each conductor comprises a plurality of bunches of wire strands, each bunch having at least 32 wire strands of the plurality of wire strands; and an outer jacket disposed about the wound plurality of conductors. a plurality of conductors wound along a longitudinal axis of the cable, each conductor comprising a plurality of uninsulated wire strands disposed within an outer insulating layer, wherein the plurality of uninsulated wire strands in each conductor are loosely packed such that a majority of the uninsulated wire strands are movable relative other wire strands when the conductor is flexed, wherein the plurality of wire strands of each conductor are of a 30 gauge or higher and each conductor comprises a plurality of bunches of wire strands, each bunch having at least 32 wire strands of the plurality of wire strands; and an outer jacket disposed about the wound plurality of conductors.
Hygienization device for hygienization and disinfection of cutting tools, especially knives, with: - a housing device that encloses a hygienization interior, - an insertion opening for inserting the cutting tool into the hygienization interior and - an application device for applying a hygienization medium onto the contact surfaces of the cutting tool located in the sanitization interior, Characterized in that, - the insertion opening is designed in such a manner that the cutting tool is capable of being introduced into the hygienization interior together with a hand holding same at a handle section. - a housing device that encloses a hygienization interior, - an insertion opening for inserting the cutting tool into the hygienization interior and - an application device for applying a hygienization medium onto the contact surfaces of the cutting tool located in the sanitization interior, - the insertion opening is designed in such a manner that the cutting tool is capable of being introduced into the hygienization interior together with a hand holding same at a handle section.
Elevator arrangement, comprising: - a car which is displaceable between various floors within a building; - an elevator control controlling displacements of the car between the various floors and having information on a current position of the car; - a plurality of fixtures, each fixture being located at one of the floors and being connected to the elevator control for an exchange of information; - at least one sound generator being provided at one of the elevator car and each of the fixtures; - at least one sound detector being provided at the other one of the elevator car and each of the fixtures; wherein the elevator arrangement is adapted to perform a fixture position learning procedure comprising: - travelling the car to each of the floors; - at each of the floors, generating a sound signal using the sound generator provided at a respective one of the car and an associated one of the fixtures located at the floor where the car is currently stopped, detecting the sound signal using the sound detector provided at a respective other one of the car and the associated one of the fixtures located at the floor where the car is currently stopped, and determining a position information for the associated fixture located at the floor where the car is currently stopped by assigning an information on a current position of the elevator car provided by the elevator control to the associated fixture, and storing such position information for subsequent identification purposes, characterised in that the elevator arrangement is adapted to, during performing the fixture position learning procedure, open an elevator door in order to establish a direct sound connection between an interior of the elevator car and the associated floor at which the elevator car is currently stopped, or only partially open an elevator door, while a direct sound connection between an interior of the elevator car and the associated floor at which the elevator car is currently stopped is provided due to the elevator car being arranged at the associated floor. - a car which is displaceable between various floors within a building; - an elevator control controlling displacements of the car between the various floors and having information on a current position of the car; - a plurality of fixtures, each fixture being located at one of the floors and being connected to the elevator control for an exchange of information; - at least one sound generator being provided at one of the elevator car and each of the fixtures; - at least one sound detector being provided at the other one of the elevator car and each of the fixtures; - travelling the car to each of the floors; - at each of the floors,
A high voltage fitting (100, 101, 102, 103, 200, 201) for receiving a high voltage cable (1, 22) having a conductor (11, 112) configured for conducting electrical current of more than 1 A at voltages above 1 kV, and having a cable insulation (12, 122) surrounding the conductor (11, 112), the high voltage fitting comprising: - an insulation (2, 3, 32) comprising a field-control part (3, 32) configured to at least partially surround the cable insulation (12, 122); and - at least one fiber-optic sensor (20, 21) mechanically coupled to the field-control part (3, 32) and configured to detect a mechanical deformation in the insulation (2, 3, 32) caused by a partial electric discharge in the insulation (2, 3, 32) in the form of mechanical vibrations having frequencies in the range from about 10 kHz to about 500 kHz. - an insulation (2, 3, 32) comprising a field-control part (3, 32) configured to at least partially surround the cable insulation (12, 122); and - at least one fiber-optic sensor (20, 21) mechanically coupled to the field-control part (3, 32) and configured to detect a mechanical deformation in the insulation (2, 3, 32) caused by a partial electric discharge in the insulation (2, 3, 32) in the form of mechanical vibrations having frequencies in the range from about 10 kHz to about 500 kHz.
A method for detecting a presence of one or more oral anticoagulants or intravenous direct thrombin inhibitors in a blood sample, the method comprising performing viscoelastic tests; receiving parameters that are based on viscoelastic tests; comparing the parameters to predefined threshold values, the parameters and the predefined threshold values being based on an identity of the one or more oral anticoagulants or the IV direct thrombin inhibitors; and detecting, based on the comparing, the presence of the one or more oral anticoagulants or IV direct thrombin inhibitors in the blood sample; wherein the viscoelastic tests are performed on portions of the blood sample to obtain the parameters, the viscoelastic tests comprising all three of a viscoelastic test based on Ecarin activation, a viscoelastic test with low tissue factor activation and a viscoelastic test with extrinsic pathway activation. receiving parameters that are based on viscoelastic tests; comparing the parameters to predefined threshold values, the parameters and the predefined threshold values being based on an identity of the one or more oral anticoagulants or the IV direct thrombin inhibitors; and detecting, based on the comparing, the presence of the one or more oral anticoagulants or IV direct thrombin inhibitors in the blood sample; wherein the viscoelastic tests are performed on portions of the blood sample to obtain the parameters, the viscoelastic tests comprising all three of a viscoelastic test based on Ecarin activation, a viscoelastic test with low tissue factor activation and a viscoelastic test with extrinsic pathway activation.