mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device for performing random access to a network node, the method comprising: - receiving a set of downlink beam-specific reference signals, BRS, from the network node; - determining a preferred BRS based on the received signal power for each BRS in the set; - selecting, based on the preferred BRS, a random-access resource to be used for a random-access attempt to the network node according to one or more pre-defined association rules defining an association between a random access resource and a BRS; and - using the selected random-access resource for the random-access attempt to the network node, whereby the selected random-access resource indicates to the network node which downlink beam is preferred by the wireless device to be used for downlink transmissions, wherein the random access resource comprises a random-access preamble, wherein the selecting further comprises selecting a random-access preamble from a set of random-access preambles to be used for the random-access attempt, and wherein the selecting further comprises selecting the random-access preamble from the set of random-access preambles using a function specified in a standard. - receiving a set of downlink beam-specific reference signals, BRS, from the network node; - determining a preferred BRS based on the received signal power for each BRS in the set; - selecting, based on the preferred BRS, a random-access resource to be used for a random-access attempt to the network node according to one or more pre-defined association rules defining an association between a random access resource and a BRS; and - using the selected random-access resource for the random-access attempt to the network node, whereby the selected random-access resource indicates to the network node which downlink beam is preferred by the wireless device to be used for downlink transmissions, wherein the random access resource comprises a random-access preamble, wherein the selecting further comprises selecting a random-access preamble from a set of random-access preambles to be used for the random-access attempt, and wherein the selecting further comprises selecting the random-access preamble from the set of random-access preambles using a function specified in a standard. wherein the random access resource comprises a random-access preamble, wherein the selecting further comprises selecting a random-access preamble from a set of random-access preambles to be used for the random-access attempt, and wherein the selecting further comprises selecting the random-access preamble from the set of random-access preambles using a function specified in a standard.
Side-channel blower or aspirator, comprising at least one impeller equipped with a plurality of blades and a casing (13, 14), in which said impeller is enclosed and within which an annular conduit is defined in which said blades rotate, wherein the blades each comprises at least one portion which is curved along a longitudinal extensions of the blade, defining a concavity facing the advancement direction of the blades within said conduit; wherein the impeller comprises a central body axial symmetric to which said blades are joined at respective joining zones, the side-channel blower or aspirator characterized in that each blade being completely contained within one of the two semi-spaces defined by an ideal diametral plane which joins the axis of the central body to the joining zone between the blade and the central body and each blade having a second curvature along its transversal extension.
An oxy-pyrohydrolysis reactor comprising: a pyrotube (20, 320) comprising a combustion chamber positioned between a first end and a second end of the pyrotube; and a sample insert (30, 330) connected to the first end of the pyrotube, the sample insert comprising: a sample insert tube having an inner opening and an outer opening, wherein the sample insert tube extends through the first end of the pyrotube such that the inner opening is located within the combustion chamber of the pyrotube a first distance X1 from the first end of the pyrotube, and the outer opening is located outside the pyrotube; and a protective tube having a first end connected to the inner opening of the sample insert tube and a second end extending a second distance X2 from the first end of the pyrotube into the combustion chamber of the pyrotube, wherein the ratio of X2 over X1 is at least 2; wherein the sample insert tube comprises a first material selected from quartz, glass, and combinations thereof; and the protective tube comprises a second material selected from a ceramic, a metal, a metal alloy, and combinations thereof. a pyrotube (20, 320) comprising a combustion chamber positioned between a first end and a second end of the pyrotube; and a sample insert (30, 330) connected to the first end of the pyrotube, the sample insert comprising: a sample insert tube having an inner opening and an outer opening, wherein the sample insert tube extends through the first end of the pyrotube such that the inner opening is located within the combustion chamber of the pyrotube a first distance X1 from the first end of the pyrotube, and the outer opening is located outside the pyrotube; and a protective tube having a first end connected to the inner opening of the sample insert tube and a second end extending a second distance X2 from the first end of the pyrotube into the combustion chamber of the pyrotube, wherein the ratio of X2 over X1 is at least 2; a sample insert tube having an inner opening and an outer opening, wherein the sample insert tube extends through the first end of the pyrotube such that the inner opening is located within the combustion chamber of the pyrotube a first distance X1 from the first end of the pyrotube, and the outer opening is located outside the pyrotube; and a protective tube having a first end connected to the inner opening of the sample insert tube and a second end extending a second distance X2 from the first end of the pyrotube into the combustion chamber of the pyrotube, wherein the ratio of X2 over X1 is at least 2; wherein the sample insert tube comprises a first material selected from quartz, glass, and combinations thereof; and the protective tube comprises a second material selected from a ceramic, a metal, a metal alloy, and combinations thereof.
Progressive safety gear with a base body for gripping over two opposite friction surfaces of an elevator rail, a movable braking element, at least one force element that presses the braking element in the direction of the guide rail, and a first retaining element that can be activated electrically and/or hydraulically and/or pneumatically and that, when activated, holds the braking element against the action of the force element in its standby position, wherein, when the first retaining element is deactivated, the braking element can be brought by the force element to rest against the elevator rail and thereby producing its braking or catching effect, wherein the progressive safety gear has a second retaining element which can be actuated by a switch mounted in or on the elevator car, characterized in that the second retaining element holds the braking element, independently of the first retaining element, in its standby position as long as the switch is actuated from the car, and the second retaining element releases the braking element, when the switch is not actuated, and that the second retaining element comprises an additional electromagnet or an additional hydraulic or pneumatic cylinder.
A working vehicle comprising: a traveling body configured to autonomously travel on a target traveling route; a plurality of illumination lamps located on the traveling body and configured to respectively illuminate different directions; a controller configured to change a control relating to a way of lighting the illumination lamps in the autonomously traveling; a camera located on the traveling body and configured to capture an image of surroundings of the traveling body; and a display configured to display the image captured by the camera, characterized in that: the working vehicle comprises a grading unit configured to grade clearness of the image captured by the camera; and the controller is configured to change the control relating to the way of lighting the illumination lamps based on the clearness graded by the grading unit. a traveling body configured to autonomously travel on a target traveling route; a plurality of illumination lamps located on the traveling body and configured to respectively illuminate different directions; a controller configured to change a control relating to a way of lighting the illumination lamps in the autonomously traveling; a camera located on the traveling body and configured to capture an image of surroundings of the traveling body; and a display configured to display the image captured by the camera, characterized in that: the working vehicle comprises a grading unit configured to grade clearness of the image captured by the camera; and the controller is configured to change the control relating to the way of lighting the illumination lamps based on the clearness graded by the grading unit.
Cooking hob having an upper support element, in which at least one cooking zone is arranged, a lower support element and at least one retaining element arranged in a concealed manner in the cooking hob for detachably fixing the upper support element to the lower support element, wherein the upper support element can be fastened to the lower support element, by positioning the upper support element onto the retaining element arranged on the lower support element and pressing it in the direction of the lower support element, and wherein the retaining element is formed at least partially from elastic material and has at least one elastically movable retaining region which can be arranged in a pocket-type recess of the upper support element for fixing the upper support element to the lower support element, and can be moved out of the pocket-type recess for detaching the upper support element from the lower support element, wherein the retaining element fixes the upper support element in the manner of a spring clamp or spring clip, and wherein the retaining region of the retaining element extends essentially horizontally and has - an upper retaining surface extending essentially horizontally and facing the upper support element, - a lower retaining surface extending essentially horizontally and facing the lower support element and - a bend connecting the upper retaining surface and the lower retaining surface to one another, wherein the bend is oriented towards - a lower corner region of the pocket-type recess which faces the lower support element or - a vertically extending front side of the pocket-type recess or - an upper corner region arranged at the upper end of the vertical front side of the pocket-type recess, characterised in that the pocket-type recess is formed at least partially from an elastic material. - an upper retaining surface extending essentially horizontally and facing the upper support element, - a lower retaining surface extending essentially horizontally and facing the lower support element and - a bend connecting the upper retaining surface and the lower retaining surface to one another, wherein the bend is oriented towards - a lower corner region of the pocket-type recess which faces the lower support element or - a vertically extending front side of the pocket-type recess or - an upper corner region arranged at the upper end of the vertical front side of the pocket-type recess,
Saddle for a vehicle comprising a padding component and a base component or body, said base component comprising an upper, in use, surface, as well as a lower, in use, surface, said padding component comprises an upper, in use, surface, and a lower, in use, surface designed to engage said upper, in use, surface of said base component, characterized in that it comprises removable anchoring means (7, 8, 9, 10) of said base component to said padding component, and in that it comprises engagement means (4a, 4b, 4c, 4d) for at least one accessory (5 or 50) to said base component or to said padding component, said engagement means (4a, 4b, 4c, 4d) acting or operating in the area between said upper surface of said base component and said lower surface of said padding component.
An image forming apparatus that has a recording head for ejecting droplets of recording liquid and forms images on separate recording medium sheets, the image forming apparatus comprising: a decurling unit configured to perform decurling of the recording medium and to adjust the decurling of a first recording medium sheet based on a first information piece about a degree of curl of the first recording medium sheet, the first information piece obtained after an image is formed on the first recording medium sheet, the decurling unit characterised in that: the decurling unit is configured to adjust decurling of the first recording sheet based on a second information piece about a second recording medium sheet on which an image is to be formed after the image is formed on the first recording medium sheet, the second information piece obtained after the image is formed on the first recording medium sheet.
An elastic knitted fabric comprising an elastic yarn and a non-elastic yarn, wherein the content of the elastic yarn is 20 g/m 2 to 60 g/m 2; and the instantaneous temperature rise caused by heat generation during stretching in at least the warp or weft direction is 1.0°C or more, wherein said instantaneous temperature rise is measured according to the method described in paragraph of the application as originally filed; the elastic knitted fabric being characterized in that the stress ratio is 0.40 to 0.80, wherein said stress ratio is measured according to the method described in paragraph of the application as originally filed and determined according to the following equation: Stress ratio = stress of elastic recovery N at 50 % elongation / stretching stress N at 50 % elongation; and the loop ratio (Lb/La) between a length La, obtained by adding the length of a sinker loop of the elastic yarn and the length of a needle loop of the non-elastic yarn in one unit of the stitch pattern when the knitted fabric has been stretched by 30% elongation in both the warp and weft directions, and a length Lb, obtained by adding the length of a sinker loop of the elastic yarn and the length of a needle loop of the non-elastic yarn in one unit of the stitch pattern when the knitted fabric has been further stretched by 50% elongation in either one of the warp and weft directions, satisfies the expression: 1.15 ≤ Lb / La ≤ 1.75; and the heat generation index is 40 to 120, wherein said heat generation index is measured according to the method described in paragraph of the application as originally filed and determined according to the equation: Heat generation index = elongation % under a load of 9.8 N × stress ratio.
An internal combustion engine comprising: an oil cooler having a passage via which heat is exchanged between engine cooling water and lubricating oil; characterized in that it comprises also a control unit configured to control a temperature of the engine cooling water to a constant temperature so as to cool the lubricating oil during high load operation with 100 % output and to heat the lubricating oil during low to medium load operation with 50 % or less output, wherein the control unit increases the temperature of the engine cooling water during the low to medium load operation compared with the temperature of the engine cooling water during the high load operation, and wherein the temperature of the engine cooling water is controlled to have a temperature within a range from 75 to 95°C in an output area of 30 to 100% output, and wherein a temperature of the lubricating oil is controlled to have a temperature within a range from 73 to 93°C in the output area of 30 to 100% output. an oil cooler having a passage via which heat is exchanged between engine cooling water and lubricating oil; characterized in that it comprises also a control unit configured to control a temperature of the engine cooling water to a constant temperature so as to cool the lubricating oil during high load operation with 100 % output and to heat the lubricating oil during low to medium load operation with 50 % or less output, wherein the control unit increases the temperature of the engine cooling water during the low to medium load operation compared with the temperature of the engine cooling water during the high load operation, and wherein the temperature of the engine cooling water is controlled to have a temperature within a range from 75 to 95°C in an output area of 30 to 100% output, and wherein a temperature of the lubricating oil is controlled to have a temperature within a range from 73 to 93°C in the output area of 30 to 100% output.
A dental health assessment assisting system comprising: an imaging apparatus configured to generate a fluorescence image by irradiating a tooth with excitation light to image fluorescence of the tooth a dental health assessment assisting apparatus comprising: a gray scale converter configured to convert the fluorescence image into a gray scale image; a gray scale value acquiring unit configured to acquire gray scale values of a reference point (P 0) and a plurality of evaluation points (P 1, P 2, P 3, P 4) in an image of the tooth in the gray scale image; and a dental health assessment data generator configured to generate dental health assessment data visually representing the gray scale value of the reference point and the gray scale values of the plurality of evaluation points, and a display apparatus configured to display the dental health assessment data generated by the dental health assessment assisting apparatus, characterized in that the gray scale value acquiring unit is configured to set the reference point as a point at a maximum elevated portion of an occlusion surface of a tooth, and to set the evaluation points as points at a marginal portion of the tooth. an imaging apparatus configured to generate a fluorescence image by irradiating a tooth with excitation light to image fluorescence of the tooth a dental health assessment assisting apparatus comprising: a gray scale converter configured to convert the fluorescence image into a gray scale image; a gray scale value acquiring unit configured to acquire gray scale values of a reference point (P 0) and a plurality of evaluation points (P 1, P 2, P 3, P 4) in an image of the tooth in the gray scale image; and a dental health assessment data generator configured to generate dental health assessment data visually representing the gray scale value of the reference point and the gray scale values of the plurality of evaluation points, and a gray scale converter configured to convert the fluorescence image into a gray scale image; a gray scale value acquiring unit configured to acquire gray scale values of a reference point (P 0) and a plurality of evaluation points (P 1, P 2, P 3, P 4) in an image of the tooth in the gray scale image; and a dental health assessment data generator configured to generate dental health assessment data visually representing the gray scale value of the reference point and the gray scale values of the plurality of evaluation points, and a display apparatus configured to display the dental health assessment data generated by the dental health assessment assisting apparatus, characterized in that the gray scale value acquiring unit is configured to set the reference point as a point at a maximum elevated portion of an occlusion surface of a tooth, and to set the evaluation points as points at a marginal portion of the tooth.
A therapy apparatus, comprising: a panel; a fluid channel (404a-404c) integrated into the panel; and a port integrated into the panel and fluidly coupled to the fluid channel (404a-404c); characterised by a seal attached to the panel and covering the fluid channel (404a-404c), the seal having an aperture aligned with the port wherein the panel, the fluid channel (404a-404c), and the port consist of straight-pull surfaces. a panel; a fluid channel (404a-404c) integrated into the panel; and a port integrated into the panel and fluidly coupled to the fluid channel (404a-404c); characterised by a seal attached to the panel and covering the fluid channel (404a-404c), the seal having an aperture aligned with the port wherein the panel, the fluid channel (404a-404c), and the port consist of straight-pull surfaces.
A method for prognosis/prediction of delayed bone fracture healing, wherein said method comprises determining the frequency of a subpopulation of CD8+ cells selected from a first group comprised of CD8+CD57+, CD8+CD28- and CD8+CD28-CD57+, in a sample obtained from a subject.
A crystal of 4-(3-benzyloxyphenylthio)-2-chloro-1-(3-nitropropyl)benzene, wherein, in powder X-ray diffraction using CuKα radiation with 2θ representing a diffraction angle, a powder X-ray diffraction image including the following 2θ peaks is observed: 2θ: 9.7, 12.9, 16.4, 16.8, 17.6, 19.5, 21.7, 22.6, 22.9, 23.3, 24.5, 24.8, 26.0, 26.4, 27.2. 2θ: 9.7, 12.9, 16.4, 16.8, 17.6, 19.5, 21.7, 22.6, 22.9, 23.3, 24.5, 24.8, 26.0, 26.4, 27.2.
A method of diagnosing regeneration failure of an exhaust emission control device including filter regenerating means for forcibly heating a particulate filter so as to burn off captured particulates, which comprises obtaining an exhaust flow rate to the particulate filter and a differential pressure between entry and exit sides of the particulate filter to calculate a gradient of change in the differential pressure relative to change in the exhaust flow rate, the calculated gradient being compared with a predetermined reference gradient to diagnose the particulate filter as having regeneration failure when the calculated gradient exceeds the reference gradient.
A hearing aid comprising a hearing aid assembly having a first side and a second side, the first side being opposite the second side, a signal processor, a wireless communications unit, the wireless communications unit being connected to the signal processor, a monopole antenna for emission and reception of an electromagnetic field and being connected to the wireless communications unit, the antenna having an excitation point, wherein a first branch of the antenna extends from the excitation point along the first side of the hearing aid assembly, the first branch having a first end, the first end being free, and a second branch of the antenna extends from the excitation point; at least a part of the second branch extends from the first side to the second side, and wherein the antenna is configured for operation at a frequency of at least 1 GHz. a hearing aid assembly having a first side and a second side, the first side being opposite the second side, a signal processor, a wireless communications unit, the wireless communications unit being connected to the signal processor, a monopole antenna for emission and reception of an electromagnetic field and being connected to the wireless communications unit, the antenna having an excitation point, wherein a first branch of the antenna extends from the excitation point along the first side of the hearing aid assembly, the first branch having a first end, the first end being free, and a second branch of the antenna extends from the excitation point; at least a part of the second branch extends from the first side to the second side, and wherein the antenna is configured for operation at a frequency of at least 1 GHz.