mhurhangee/ep-ind-claims huggingface dataset:
An optical transmission board, comprising: a substrate being provided with a through hole formed in a thickness direction of the substrate so as to penetrate from top to bottom; a cladding member at least part of which locates inside the through hole, comprising an optical waveguide hole being inside the through hole and penetrating the cladding member in the thickness direction thereof, and comprising an upper surface a core member disposed inside the optical waveguide hole; an electrically conductive body disposed on the upper surface of the cladding member; and an optical element electrically connected to the electrically conductive body, comprising a light-receiving surface or a light-emitting surface opposed to an upper surface of the core member, characterized in that the upper surface of the cladding member has a surface roughness smaller than that of an upper surface of the substrate. a substrate being provided with a through hole formed in a thickness direction of the substrate so as to penetrate from top to bottom; a cladding member at least part of which locates inside the through hole, comprising an optical waveguide hole being inside the through hole and penetrating the cladding member in the thickness direction thereof, and comprising an upper surface a core member disposed inside the optical waveguide hole; an electrically conductive body disposed on the upper surface of the cladding member; and an optical element electrically connected to the electrically conductive body, comprising a light-receiving surface or a light-emitting surface opposed to an upper surface of the core member, characterized in that the upper surface of the cladding member has a surface roughness smaller than that of an upper surface of the substrate.
A security or value document having a data carrier formed from a plurality of layers (3, 4, 5), wherein at least two layers (3, 4, 5) are made of plastic and the layers (3, 4, 5) form a composite body, - a three-dimensional structure made of a plastic material being applied to the at least one layer (3, 4, 5) by an additive method, and - wherein the layers (3, 4, 5) of plastic for forming the composite body have a glass transition temperature which is lower than the glass transition temperature of the plastic material of the three-dimensional structure, characterized in that a first three-dimensional structure is present between the first and the second layer (3, 4; 4, 5) a first three-dimensional structure and between the second and a further layer (4, 5; 3, 4) or two further layers an at least further three-dimensional structure is provided. - a three-dimensional structure made of a plastic material being applied to the at least one layer (3, 4, 5) by an additive method, and - wherein the layers (3, 4, 5) of plastic for forming the composite body have a glass transition temperature which is lower than the glass transition temperature of the plastic material of the three-dimensional structure, characterized in that a first three-dimensional structure is present between the first and the second layer (3, 4; 4, 5) a first three-dimensional structure and between the second and a further layer (4, 5; 3, 4) or two further layers an at least further three-dimensional structure is provided.
Mounting device for fastening a seal to an end face of a flange of a vehicle opening, the device comprising a base support, wherein a first pressure roller with an axis of rotation and a second pressure roller with an axis of rotation are connected to the base support and wherein the pressure rollers (5, 6) are provided for pressing the seal onto the end face, characterised in that counterpressure elements for guidance along a rear side of the flange remote from the end face are assigned to the two pressure rollers (5, 6), in that at least one swivel support (3, 4) is pivotably mounted on the base support, and in that on the at least one swivel support (3, 4) one of the pressure rollers (5, 6) is mounted rotatably and two associated counterpressure elements are arranged.
A method of preparing a sequencing library, the method comprising: obtaining a plurality of DNA fragments from a sample; ligating a first strand of at least partially double-stranded oligonucleotide adaptors to a 5' end of one of the DNA fragments to form adaptor-ligated fragments; extending a free 3' end of the DNA fragment by polymerase to copy the first strand of the adaptor; and amplifying without purifying the adaptor-ligated fragments in the presence of excess adaptors not ligated to one of the DNA fragments to form a plurality of amplicons, wherein amplifying the adaptor-ligated fragments includes using the first strand of the adaptor as an amplification primer. obtaining a plurality of DNA fragments from a sample; ligating a first strand of at least partially double-stranded oligonucleotide adaptors to a 5' end of one of the DNA fragments to form adaptor-ligated fragments; extending a free 3' end of the DNA fragment by polymerase to copy the first strand of the adaptor; and amplifying without purifying the adaptor-ligated fragments in the presence of excess adaptors not ligated to one of the DNA fragments to form a plurality of amplicons, wherein amplifying the adaptor-ligated fragments includes using the first strand of the adaptor as an amplification primer.
A packaging comprising opposing and spaced apart front and back panels separated by side panels (8, 10) extending therebetween, wherein a marginal sealing region (42, 44, 46, 48) of each end of the front and back panels is sealed together and wherein at least a portion of an edge (72, 74, 76, 78) of both ends of the side panels (8, 10) is not connected to the marginal sealed regions (42, 44, 46, 48) of the front and back panels, and, wherein the panels (4, 6, 8, 10) are formed from cartonboard, and wherein both end regions (60, 62) of the side panels comprise gabled end regions (102, 104, 106, 108).
An apparatus comprising: memory access circuitry to perform a tag-guarded memory access operation in response to a target address, the tag-guarded memory access operation comprising: comparing an address tag associated with the target address with a guard tag stored in a memory system in association with a block of one or more memory locations comprising an addressed location identified by the target address; and generating an indication of whether a match is detected between the guard tag and the address tag; and an instruction decoder to decode a multiple guard tag setting instruction to control the memory access circuitry to trigger at least one memory access to update the guard tags associated with at least two consecutive blocks of one or more memory locations. memory access circuitry to perform a tag-guarded memory access operation in response to a target address, the tag-guarded memory access operation comprising: comparing an address tag associated with the target address with a guard tag stored in a memory system in association with a block of one or more memory locations comprising an addressed location identified by the target address; and generating an indication of whether a match is detected between the guard tag and the address tag; and comparing an address tag associated with the target address with a guard tag stored in a memory system in association with a block of one or more memory locations comprising an addressed location identified by the target address; and generating an indication of whether a match is detected between the guard tag and the address tag; and an instruction decoder to decode a multiple guard tag setting instruction to control the memory access circuitry to trigger at least one memory access to update the guard tags associated with at least two consecutive blocks of one or more memory locations.
A refrigeration system comprising: a first refrigerant circuit having a first compressor; a second refrigerant circuit having a second compressor, the second refrigerant circuit being separate from the first refrigeration circuit; a variable frequency drive in signal communication with the first compressor and the second compressor, the VFD configured to enable a variable speed operation of the first and second compressors; and a controller in signal communication with the VFD, the controller programmed to selectively switch the first and second compressors between a variable speed operation using the VFD and a fixed speed operation such that in a first mode the first compressor is operated in the fixed speed operation and the second compressor is operated in the variable speed operation, and in a second mode the second compressor is operated in the fixed speed operation and the first compressor is operated in the variable speed operation. a first refrigerant circuit having a first compressor; a second refrigerant circuit having a second compressor, the second refrigerant circuit being separate from the first refrigeration circuit; a variable frequency drive in signal communication with the first compressor and the second compressor, the VFD configured to enable a variable speed operation of the first and second compressors; and a controller in signal communication with the VFD, the controller programmed to selectively switch the first and second compressors between a variable speed operation using the VFD and a fixed speed operation such that in a first mode the first compressor is operated in the fixed speed operation and the second compressor is operated in the variable speed operation, and in a second mode the second compressor is operated in the fixed speed operation and the first compressor is operated in the variable speed operation.
A method (901, 902, 903), executed by a user equipment, UE, the method comprising: receiving a spatial relation configuration to switch to a target spatial relation for an uplink channel by the UE in a new radio, NR, network, wherein the spatial relation configuration indicates a spatial filter of the uplink channel is Quasi-Co-Located, QCLed, with one or more spatial filters of one or more downlink reference signals, DL RSs; determining whether the target spatial relation is known or unknown based on a list of predefined conditions; and switching to the target spatial relation directly when the target spatial relation is known, otherwise performing spatial filter training for a QCLed DL RS when the target spatial relation is unknown, wherein the list of predefined conditions comprises whether the spatial relation configuration was received within a predefined period of a previous transmission for beam measurement, or beam reporting, for the QCLed DL RS of the target spatial relation; wherein the UE transmits uplink signals using a previous selected spatial filter while performing the spatial training. receiving a spatial relation configuration to switch to a target spatial relation for an uplink channel by the UE in a new radio, NR, network, wherein the spatial relation configuration indicates a spatial filter of the uplink channel is Quasi-Co-Located, QCLed, with one or more spatial filters of one or more downlink reference signals, DL RSs; determining whether the target spatial relation is known or unknown based on a list of predefined conditions; and switching to the target spatial relation directly when the target spatial relation is known, otherwise performing spatial filter training for a QCLed DL RS when the target spatial relation is unknown, wherein the list of predefined conditions comprises whether the spatial relation configuration was received within a predefined period of a previous transmission for beam measurement, or beam reporting, for the QCLed DL RS of the target spatial relation; wherein the UE transmits uplink signals using a previous selected spatial filter while performing the spatial training.
A method in an electronic information handling system, comprising: obtaining a first image of a scene at a first exposure level using a three-dimensional, 3D, camera; characterized in that the method further comprises: segmenting the first image into a plurality of image elements based on ranges of depth of z-distances from the 3D camera to objects in the scene; determining a first group of the plurality of image elements representing a foreground object of interest in the scene based on a first range of the depth of z-distances; determining a second group of the plurality of image elements representing a background area in the scene based on a second range of the depth of z-distances; selecting a first exposure parameter value for the first group of the plurality of image elements; obtaining a second image of the scene according to the first exposure parameter value; and constructing a composite image based on at least a portion of the second image for at least a portion of the first group of the plurality of image elements and based on at least a portion of the first image for the second group of the plurality of image elements. segmenting the first image into a plurality of image elements based on ranges of depth of z-distances from the 3D camera to objects in the scene; determining a first group of the plurality of image elements representing a foreground object of interest in the scene based on a first range of the depth of z-distances; determining a second group of the plurality of image elements representing a background area in the scene based on a second range of the depth of z-distances; selecting a first exposure parameter value for the first group of the plurality of image elements; obtaining a second image of the scene according to the first exposure parameter value; and constructing a composite image based on at least a portion of the second image for at least a portion of the first group of the plurality of image elements and based on at least a portion of the first image for the second group of the plurality of image elements.
A composition, which is a thermoplastic polymer composition comprising (a) a polyethylene polymer composition having a Melt Relaxation Ratio, determined by the method defined in the description, of ≥ 1.5; and (b) a salt of bicyclo[2.2.1]heptane-2,3-dicarboxylic acid.
An assembly for generating electrical power from a fluid flow being installable to a fluid conduit comprising a fluid, the assembly comprising - a turbine for generating power from the fluid flow, the turbine provided within a turbine housing, the turbine and turbine housing being provided with a rotor and stator assembly such that rotation of the turbine generates an electric power, - a connecting member having a proximal portion attached to a distal portion of the turbine housing and a distal portion comprising a cap, - a separate enclosure for housing the turbine and the turbine housing, the enclosure slidably receiving the connecting member through a distal portion of the enclosure, the cap of the connecting member being securable to the enclosure, wherein the enclosure is connectable to a valve member, the valve member provided with an aperture through which the turbine housing may pass, the valve member and the enclosure for provision external to the fluid conduit comprising the fluid. - a turbine for generating power from the fluid flow, the turbine provided within a turbine housing, the turbine and turbine housing being provided with a rotor and stator assembly such that rotation of the turbine generates an electric power, - a connecting member having a proximal portion attached to a distal portion of the turbine housing and a distal portion comprising a cap, - a separate enclosure for housing the turbine and the turbine housing, the enclosure slidably receiving the connecting member through a distal portion of the enclosure, the cap of the connecting member being securable to the enclosure, wherein the enclosure is connectable to a valve member, the valve member provided with an aperture through which the turbine housing may pass, the valve member and the enclosure for provision external to the fluid conduit comprising the fluid.
A therapeutically effective amount of at least one desferrioxamine-metal complex (DFO-metal complex), or any combination thereof for use in a method for the prophylaxis, treatment, amelioration or inhibition of a chronic inflammatory-related skin pathologic condition, wherein said metal is selected from any one of zinc, gallium, manganese, indium, silver, cobalt, gold, lanthanides and wherein said chronic inflammatory-related skin condition is any one of psoriasis, dermatitis, acne and inflammatory-related disturbances of skin pigmentation selected from Vitiligo and eczema.
A wind turbine rotor blade defined by a tip point, a shoulder, a root interval, which means the radial interval located between the blade root and the shoulder over which the blade chord is less than 95% of the shoulder chord, that has a concave hyperbolic chord distribution, a maximum chord interval which is defined as the radial interval over which the blade chord is no less than 95% of the shoulder chord and which extends over at least 15% of the entire blade length, and an outer blade interval extending from the maximum chord interval to the tip point, the outer blade interval having a concave hyperbolic chord distribution from the maximum chord interval towards the tip point, wherein the maximum chord interval has a chord distribution that is constant except for a transition from the root interval to the maximum chord interval and except for a transition from the maximum chord interval to the outer blade interval.
A pressure-measuring cell, comprising a carrier made of glass and a pressure-sensitive membrane arranged thereon, wherein the carrier is arranged on a glass substrate, wherein the carrier has a first through-opening and the glass substrate has a second through-opening, and the first through-opening and the second through-opening are arranged in alignment with one another, wherein the glass substrate has a projection, at least partially enclosing the second through-opening, wherein the projection protrudes with respect to the upper side of the glass substrate and extends into the first through-opening, wherein the projection is formed by a tube which is arranged in the glass substrate, the end of which protrudes with respect to the glass substrate, characterised in that the tube is also made of glass.
Connection unit for a heating and/or domestic-water system, which includes a box structure, in which are arranged - standardized locations for main pipes, - branch pieces for pipe lines to be led to points of use, - adapter components (15 - 17) arranged between the main pipes and the branch pieces, - at least one wall structure, in which there are feed-through openings for main pipes and pipe lines equipped with sheathing pipes (19.1, 19.2), to which feed-through openings feed-through seals of an elastic material are fitted, which are arranged to enclose the end of the sheathing pipe (19.1, 19.2), and which feed-through seal includes - a cone part arranged to seal the feed through of the main pipe or pipe line through the feed-through seal, - a sleeve part, by which the feed-through seal is arranged to attach to the wall structure, characterized in that - when the main pipe or pipe line is installed in the feed-through seal, a sealing length is arranged to be formed in the cone part, - the sleeve part of the feed-through seal includes seals (42.1, 42.2) at a distance from each other for sealing the feed-through seal to the wall structure, - feed-through seal is adapted for a sheathing pipe (19.1, 19.2) with two or more different diameters. - standardized locations for main pipes, - branch pieces for pipe lines to be led to points of use, - adapter components (15 - 17) arranged between the main pipes and the branch pieces, - at least one wall structure, in which there are feed-through openings for main pipes and pipe lines equipped with sheathing pipes (19.1, 19.2), to which feed-through openings feed-through seals of an elastic material are fitted, which are arranged to enclose the end of the sheathing pipe (19.1, 19.2), and which feed-through seal includes - a cone part arranged to seal the feed through of the main pipe or pipe line through the feed-through seal, - a sleeve part, by which the feed-through seal is arranged to attach to the wall structure, - a cone part arranged to seal the feed through of the main pipe or pipe line through the feed-through seal, - a sleeve part, by which the feed-through seal is arranged to attach to the wall structure, - when the main pipe or pipe line is installed in the feed-through seal, a sealing length is arranged to be formed in the cone part, - the sleeve part of the feed-through seal includes seals (42.1, 42.2) at a distance from each other for sealing the feed-through seal to the wall structure, - feed-through seal is adapted for a sheathing pipe (19.1, 19.2) with two or more different diameters.
A reflector antenna device comprising: a primary radiator, an auxiliary reflector that receives an electric wave radiated from an opening portion of the primary radiator and reflects the electric wave, a main reflector that receives the electric wave that is reflected by the auxiliary reflector and radiates the electric wave to a space, and a metal plate being disposed between the main reflector and the auxiliary reflector with a predetermined slope with respect to the radiation direction of the electric wave due to the primary radiator on an area of the main reflector, said area being defined by projecting the auxiliary reflector onto the main reflector in parallel with the radiating direction of the electric wave due to the main reflector, wherein the metal plate is adapted to reflect an electric wave that arrives, from the auxiliary reflector, in said area in a direction other than in the direction of the auxiliary reflector by being disposed between the main reflector and the auxiliary reflector on said area such that an angle (α) defined between the radiating direction of the electric wave from the primary radiator and the metal plate is 90° or more and 180° or less and characterised in that an electric wave absorbing member for absorbing the electric wave is mounted on a peripheral portion of the opening surface of the primary radiator. a primary radiator, an auxiliary reflector that receives an electric wave radiated from an opening portion of the primary radiator and reflects the electric wave, a main reflector that receives the electric wave that is reflected by the auxiliary reflector and radiates the electric wave to a space, and a metal plate being disposed between the main reflector and the auxiliary reflector with a predetermined slope with respect to the radiation direction of the electric wave due to the primary radiator on an area of the main reflector, said area being defined by projecting the auxiliary reflector onto the main reflector in parallel with the radiating direction of the electric wave due to the main reflector, wherein the metal plate is adapted to reflect an electric wave that arrives, from the auxiliary reflector, in said area in a direction other than in the direction of the auxiliary reflector by being disposed between the main reflector and the auxiliary reflector on said area such that an angle (α) defined between the radiating direction of the electric wave from the primary radiator and the metal plate is 90° or more and 180° or less and characterised in that an electric wave absorbing member for absorbing the electric wave is mounted on a peripheral portion of the opening surface of the primary radiator.