mhurhangee/ep-ind-claims huggingface dataset:
An optical device, comprising: a case, which is configured to fit over at least a part of a mobile computing device having first and second faces and including a light source, wherein in use the light source of the mobile computing device over which the optical device is configured to be fitted is arranged to emit a beam of illumination through an exit aperture and direct the beam away from the second face of the mobile computing device, and a camera module, arranged in use to capture images through an entrance aperture, wherein both the entrance and exit apertures open through the second face of the mobile computing device; a receptacle in the case configured to receive and position a sample in proximity to the second face of the mobile computing device within a field of view of the camera module; and illumination optics, characterized in that the illumination optics are configured to back-illuminate the sample while the camera module of the mobile computing device over which the optical device in use is fitted, captures one or more images of the back-illuminated sample, and in that the illumination optics comprise a pair of reflective surfaces (36, 38), each configured to turn the beam emitted by the light source by 90°, and which together reflect the beam emitted by the light source back toward the second face of the mobile computing device over which the optical device in use is fitted. a case, which is configured to fit over at least a part of a mobile computing device having first and second faces and including a light source, wherein in use the light source of the mobile computing device over which the optical device is configured to be fitted is arranged to emit a beam of illumination through an exit aperture and direct the beam away from the second face of the mobile computing device, and a camera module, arranged in use to capture images through an entrance aperture, wherein both the entrance and exit apertures open through the second face of the mobile computing device; a receptacle in the case configured to receive and position a sample in proximity to the second face of the mobile computing device within a field of view of the camera module; and illumination optics, characterized in that the illumination optics are configured to back-illuminate the sample while the camera module of the mobile computing device over which the optical device in use is fitted, captures one or more images of the back-illuminated sample, and in that the illumination optics comprise a pair of reflective surfaces (36, 38), each configured to turn the beam emitted by the light source by 90°, and which together reflect the beam emitted by the light source back toward the second face of the mobile computing device over which the optical device in use is fitted.
A conveyor chain, in particular a bush conveyor chain, for a conveyor, having a plurality of chain links, wherein adjacent chain links are each connected to one another in a rotationally articulated manner via a bolt-bush connection, wherein the chain links have inner link plates and outer link plates in an alternating sequence along a main direction of extent of the conveyor chain, wherein at least some of the inner link plates have angle holders for carrying connection elements, wherein means which can be brought into engagement are provided between at least two adjacent chain links of the conveyor chain, which means are designed to limit the pivoting angle of adjacent chain links counter to the direction of rotation of the conveyor chain, wherein the angle holders are fastened to outer surfaces of the inner link plates and each have at least a first of the means which can be brought into engagement, characterized in that the outer link plates each have at least one second of the means which can be brought into engagement, wherein the second means which can be brought into engagement is a counter-stop formed on the outer link plate.
A PVC self-adhesive floorboard with water-resistant glue, comprising a main body layer, an isolation layer and water-resistant glue from a top to a bottom; wherein the main body layer comprises a PU coating, a wear-resistance layer, a printing layer, a PVC medium material layer and a PVC bottom material layer; wherein the water-resistant glue comprises: styrene-isoprene-styrene block copolymer from 34 to 38 weight percent, C5 hydrogenated petroleum resin from 46.4 to 50.4 weight percent, cycloalkyl rubber extender oil from 13 to 17 weight percent, hindered phenol antioxidant from 0.5 to 0.6 weight percent.
A herbicidal composition comprising (a) nicosulfuron or its salt, (b) prosulfuron or its salt and (c) mesotrione or its salt, wherein the mixing ratio of (a) to (b) is from 40:1 to 1:5 by the weight ratio, and the mixing ratio of (a) to (c) is from 4:1 to 1:15 by the weight ratio.
A double-stranded RNA, comprising: a sense oligonucleotide having a length of 17 to 30 nucleotides and comprising: sequence-independent modification format: 5' m p -N x - m -m-Nq- n r 3' wherein p is 2, x is 10; r is 0, 1, or 2; and q is an integer representing the length of the sense oligonucleotide minus (p+x+r+2); and an antisense oligonucleotide having 17 to 30 nucleotides, a region of continuous complementarity to the sense oligonucleotide of at least 12 nucleotides; the antisense oligonucleotide further having complementarity to at least a portion of target mRNA; wherein each m is a 2'-OMe modified nucleotide; each n is independently a deoxynucleotide, modified nucleotide, or ribonucleotide; and is an overhanging nucleotide, and each N is independently a nucleotide other than a 2' modified nucleotide. a sense oligonucleotide having a length of 17 to 30 nucleotides and comprising: sequence-independent modification format: 5' m p -N x - m -m-Nq- n r 3' wherein p is 2, x is 10; r is 0, 1, or 2; and q is an integer representing the length of the sense oligonucleotide minus (p+x+r+2); and an antisense oligonucleotide having 17 to 30 nucleotides, a region of continuous complementarity to the sense oligonucleotide of at least 12 nucleotides; the antisense oligonucleotide further having complementarity to at least a portion of target mRNA; wherein each m is a 2'-OMe modified nucleotide; each n is independently a deoxynucleotide, modified nucleotide, or ribonucleotide; and is an overhanging nucleotide, and each N is independently a nucleotide other than a 2' modified nucleotide. 5' m p -N x - m -m-Nq- n r 3' wherein p is 2, x is 10; r is 0, 1, or 2; and q is an integer representing the length of the sense oligonucleotide minus (p+x+r+2);
A rolling mill (1, 2, 3, 4) with an arrangement of roll stands and/or guide stands that carry rolls and/or guides along a center line and are arranged in a rolling direction, and with a device that serves for determining the roll pass or guide pass of the rolls or guides and comprises a camera, wherein the rolling mill (1, 2) has an input side and an output side, and wherein the camera is arranged on one of the input or output sides (12, 13) and background lighting is arranged on the other of the input or output sides (12, 13), characterized in that the camera features an optical device with a depth of definition that extends over all stands (10, 18).
Strand bracket for a crimper having a first base body and a second base body, which can be fastened to one another, wherein the first base body and the second base body each have at least one opening, into which a crimper plate of the crimper can be inserted in order to style the hair.
A binding tool comprising: a pair of leg portions; and a central portion that is provided between the pair of leg portions, wherein the binding tool is formed in a horseshoe shape and is capable of binding an object to be bound by bending the pair of leg portions inward, and the binding tool defines a thickness direction, which is a direction perpendicular to two mutually parallel planes sandwiching the binding tool and having a minimum distance therebetween, characterized in that the pair of leg portions are offset from each other in the thickness direction. a pair of leg portions; and a central portion that is provided between the pair of leg portions, wherein the binding tool is formed in a horseshoe shape and is capable of binding an object to be bound by bending the pair of leg portions inward, and the binding tool defines a thickness direction, which is a direction perpendicular to two mutually parallel planes sandwiching the binding tool and having a minimum distance therebetween, characterized in that the pair of leg portions are offset from each other in the thickness direction.
A three-dimensional laminating and shaping apparatus (100; 200; 600) comprising: a shaping chamber (101; 201) in which a three-dimensional laminated and shaped object (111; 214) is shaped; a powder storage (102; 202) that stores a powder (121; 221) conveyed to said shaping chamber (101; 201); an intermediate powder storage (103; 203) that is provided between said shaping chamber (101; 201) and said powder storage (102; 202), is connected to said shaping chamber (101; 201) via a first valve (131; 231), is connected to said powder storage (102; 202) via a second valve (132; 232), and temporarily stores the powder (121; 221); characterized by a valve controller (104;204) that controls opening/closing of each of the first valve (131; 231) and the second valve (132; 232); and an atmosphere controller (105; 205) that controls an atmosphere in said intermediate powder storage (103; 203) and an atmosphere in said shaping chamber (101; 201) to be the same degree of vacuum. a shaping chamber (101; 201) in which a three-dimensional laminated and shaped object (111; 214) is shaped; a powder storage (102; 202) that stores a powder (121; 221) conveyed to said shaping chamber (101; 201); an intermediate powder storage (103; 203) that is provided between said shaping chamber (101; 201) and said powder storage (102; 202), is connected to said shaping chamber (101; 201) via a first valve (131; 231), is connected to said powder storage (102; 202) via a second valve (132; 232), and temporarily stores the powder (121; 221); characterized by a valve controller (104;204) that controls opening/closing of each of the first valve (131; 231) and the second valve (132; 232); and an atmosphere controller (105; 205) that controls an atmosphere in said intermediate powder storage (103; 203) and an atmosphere in said shaping chamber (101; 201) to be the same degree of vacuum.
A method performed by a device for performing beamforming, the method comprising: determining a number of beams to be formed through a first antenna array and a second antenna array; forming at least one beam corresponding to the number of beams, wherein, if the number of beams is equal to 1, the at least one beam includes a beam formed by using the first antenna array and the second antenna array, and a first polarization characteristic of the first antenna array is identical to a second polarization characteristic of the second antenna array, wherein, if the number of beams is equal to or greater than 2, the at least one beam includes one beam formed by using the first antenna array and another beam formed by using the second antenna array, and the first polarization characteristic of the first antenna array is different from the second polarization characteristic of the second antenna array. determining a number of beams to be formed through a first antenna array and a second antenna array; forming at least one beam corresponding to the number of beams, wherein, if the number of beams is equal to 1, the at least one beam includes a beam formed by using the first antenna array and the second antenna array, and a first polarization characteristic of the first antenna array is identical to a second polarization characteristic of the second antenna array, wherein, if the number of beams is equal to or greater than 2, the at least one beam includes one beam formed by using the first antenna array and another beam formed by using the second antenna array, and the first polarization characteristic of the first antenna array is different from the second polarization characteristic of the second antenna array.
A method of manufacturing a prosthetic heart valve assembly, comprising: forming a frame having upper and lower extremities and being foldable to a compressed external diameter suitable for implantation in a stenosed aortic orifice using a transcutaneous catheterization technique, the frame being expandable by a balloon catheter to embed the frame into an aortic annulus and resist the recoil force of the aortic annulus; expanding the frame; coupling a foldable valvular structure to an internal cover, the valvular structure formed of pericardial tissue; coupling the foldable valvular structure to the frame while the frame is in an expanded state; and fixing the internal cover on an internal wall of the frame and wherein the internal cover makes a sleeve at least below a fastening line of the valvular structure and covers the internal wall of the frame and thus prevents any regurgitation of blood through the frame. forming a frame having upper and lower extremities and being foldable to a compressed external diameter suitable for implantation in a stenosed aortic orifice using a transcutaneous catheterization technique, the frame being expandable by a balloon catheter to embed the frame into an aortic annulus and resist the recoil force of the aortic annulus; expanding the frame; coupling a foldable valvular structure to an internal cover, the valvular structure formed of pericardial tissue; coupling the foldable valvular structure to the frame while the frame is in an expanded state; and fixing the internal cover on an internal wall of the frame and wherein the internal cover makes a sleeve at least below a fastening line of the valvular structure and covers the internal wall of the frame and thus prevents any regurgitation of blood through the frame.
A method for performing communication using a non-terrestrial network by a user equipment, UE, the method comprising: receiving configuration information for controlling a cell measurement or a cell measurement report in the non-terrestrial network from a base station; determining whether to perform the cell measurement or the cell measurement report by using the configuration information; and controlling the cell measurement or the cell measurement report operation according to the determination result; characterized in that: the configuration information comprises at least a skip duration information for stopping the cell measurement for a duration of time. receiving configuration information for controlling a cell measurement or a cell measurement report in the non-terrestrial network from a base station; determining whether to perform the cell measurement or the cell measurement report by using the configuration information; and controlling the cell measurement or the cell measurement report operation according to the determination result; characterized in that: the configuration information comprises at least a skip duration information for stopping the cell measurement for a duration of time.
Battery module, comprising a plurality of batteries, a thermal conduction plate, and a temperature sensing element; wherein the plurality of batteries are arranged in a length direction; the thermal conduction plate is located between the adjacent batteries and fits the batteries; and the temperature sensing element is in contact with the thermal conduction plate; wherein the battery module further comprises a fastening holder, the fastening holder comprises a surrounding wall and a hollow cavity encircled by the surrounding wall, the surrounding wall comprises a top wall, a bottom wall, and two side walls, the surrounding wall is provided with an accommodation groove, the aperture is located inside the accommodation groove, and the temperature sensing element is fastened to the accommodation groove and in contact with the exposed part of the thermal conduction plate, the accommodation groove is recessed inward relative to a surface of the top wall in the length direction, and the accommodation groove is located at one end of the top wall in a width direction, and the temperature sensing element is disposed at one end of the top wall in the width direction. the plurality of batteries are arranged in a length direction; the thermal conduction plate is located between the adjacent batteries and fits the batteries; and the temperature sensing element is in contact with the thermal conduction plate; wherein the battery module further comprises a fastening holder, the fastening holder comprises a surrounding wall and a hollow cavity encircled by the surrounding wall, the surrounding wall comprises a top wall, a bottom wall, and two side walls, the surrounding wall is provided with an accommodation groove, the aperture is located inside the accommodation groove, and the temperature sensing element is fastened to the accommodation groove and in contact with the exposed part of the thermal conduction plate, the accommodation groove is recessed inward relative to a surface of the top wall in the length direction, and the accommodation groove is located at one end of the top wall in a width direction, and the temperature sensing element is disposed at one end of the top wall in the width direction.
An in vitro method for detecting acute central nervous system injury in a subject from an un-injured control subject, comprising: measuring the level of total Tau (T-Tau), phosphorylated (P-Tau) and P-Tau/T-Tau ratio in a CSF, blood, serum, or plasma sample at least once during days 1-3 post trauma measuring the level of T-Tau, P-Tau and P-Tau/T-Tau ratio in a second sample on or about day 30 (1 month) to about 6 month post CNS-injury; and comparing the levels of T-Tau, P-Tau and P-Tau/T-Tau ratio in the trauma samples in days 1-3 with a sample from an uninjured or healthy subject; wherein higher levels of T-Tau, P-Tau and P-Tau/T-Tau ratio in days 1-3 compared to said levels in a control sample is indicative of acute CNS injury. measuring the level of total Tau (T-Tau), phosphorylated (P-Tau) and P-Tau/T-Tau ratio in a CSF, blood, serum, or plasma sample at least once during days 1-3 post trauma measuring the level of T-Tau, P-Tau and P-Tau/T-Tau ratio in a second sample on or about day 30 (1 month) to about 6 month post CNS-injury; and comparing the levels of T-Tau, P-Tau and P-Tau/T-Tau ratio in the trauma samples in days 1-3 with a sample from an uninjured or healthy subject; wherein higher levels of T-Tau, P-Tau and P-Tau/T-Tau ratio in days 1-3 compared to said levels in a control sample is indicative of acute CNS injury.
Wrapping-tape insulating system comprising an insulating tape with at least one tape adhesive, tape accelerator ultrafinely divided therein, and an anhydride-free impregnating resin, wherein there is at least one tape accelerator based on an amino-imidazole and/or aminoalkyl-imidazole and/or any desired derivatives thereof, bonded via the amino function to an acrylate by aza-Michael addition, wherein the wrapping-tape insulating system is producible by vacuum pressure impregnation.
Kit for dyeing keratinic fibers, comprising - a first preparation which contains at least one developer component and at least one coupler component, and - a second preparation in the form of an aqueous hydrogen peroxide preparation, including at least one ester compound which contains a saturated or unsaturated, branched or unbranched wax alcohol as the alcohol component. - a first preparation which contains at least one developer component and at least one coupler component, and - a second preparation in the form of an aqueous hydrogen peroxide preparation, including at least one ester compound which contains a saturated or unsaturated, branched or unbranched wax alcohol as the alcohol component.
A method comprising: computing a first index based on a hash of a first key for a first object to be stored in a memory device; determining an availability of a first segment on the memory device corresponding to the first index; computing a second index based on the hash of the first key for the first object, in response to determining that the first segment corresponding to the first index is unavailable for storage; determining an availability of a second segment on the memory device corresponding to the second index; and adding an indicator of a location of the second segment to a collision table in metadata of the first segment, wherein the metadata of the first segment in which the first object is stored includes the collision table that contains information related to a second object that has collided with the first object, wherein the collision table is an array of information that includes an offset of the second object collided with the first object at the first segment and another hash of a second key corresponding to the second object. computing a first index based on a hash of a first key for a first object to be stored in a memory device; determining an availability of a first segment on the memory device corresponding to the first index; computing a second index based on the hash of the first key for the first object, in response to determining that the first segment corresponding to the first index is unavailable for storage; determining an availability of a second segment on the memory device corresponding to the second index; and adding an indicator of a location of the second segment to a collision table in metadata of the first segment, wherein the metadata of the first segment in which the first object is stored includes the collision table that contains information related to a second object that has collided with the first object, wherein the collision table is an array of information that includes an offset of the second object collided with the first object at the first segment and another hash of a second key corresponding to the second object.
A device for curing pipeline inner resin linings with the use of an elastic lining sleeve soaked with a resin curable with electromagnetic radiation, said device comprising a metallic body which is equipped with thermally conducting plates in which LEDs are mounted generating electromagnetic radiation with wavelengths within the range 200-900 nm to cure the resin means of the sleeve on an inner surface of the pipeline, said device being equipped with at least one radiator (13,23) carrying away heat characterised in that the outer surface of the at least one radiator is provided with grooves for carrying away the heat directly to a coolant transparent to UV radiation surrounding the at least one radiator, the metallic body is a monolithic having an inner sleeve-shaped portion with evenly, circumferentially distributed flat facets and provided, on its rear end, with a two-step indentation evolving further a rear profiled portion in the form of a spherical cap segment.