mhurhangee/ep-ind-claims huggingface dataset:
A graphics processing unit configured to process graphics data using a rendering space which is sub-divided into a plurality of tiles, the graphics processing unit comprising: cost indication logic configured to obtain a cost indication for each of a plurality of sets of one or more tiles of the rendering space, wherein the cost indication for a set of one or more tiles is based on one or more of: (i) object types associated with primitives in the set of one or more tiles, (ii) tile coverage area of primitives in the set of one or more tiles, (iii) characteristics of one or more shader programs to be executed for rendering primitives in the set of one or more tiles, (iv) a user input, and (v) a processing cost of a corresponding tile in a previous render; and rendering logic configured to render primitives in the tiles of the rendering space, wherein the rendering logic comprises a hidden surface removal unit and a texturing/shading unit; characterised in that the graphics processing unit is configured to control a rendering complexity with which the rendering logic renders primitives in the sets of one or more tiles in dependence on the respective cost indications for the sets of one or more tiles, wherein the rendering complexity is controlled by controlling a number of samples per pixel that are processed by the hidden surface removal unit and by the texturing/shading unit of the rendering logic. cost indication logic configured to obtain a cost indication for each of a plurality of sets of one or more tiles of the rendering space, wherein the cost indication for a set of one or more tiles is based on one or more of: (i) object types associated with primitives in the set of one or more tiles, (ii) tile coverage area of primitives in the set of one or more tiles, (iii) characteristics of one or more shader programs to be executed for rendering primitives in the set of one or more tiles, (iv) a user input, and (v) a processing cost of a corresponding tile in a previous render; and rendering logic configured to render primitives in the tiles of the rendering space, wherein the rendering logic comprises a hidden surface removal unit and a texturing/shading unit; characterised in that the graphics processing unit is configured to control a rendering complexity with which the rendering logic renders primitives in the sets of one or more tiles in dependence on the respective cost indications for the sets of one or more tiles, wherein the rendering complexity is controlled by controlling a number of samples per pixel that are processed by the hidden surface removal unit and by the texturing/shading unit of the rendering logic.
A circular knitting machine for knitting a knitwear of single face fabric with a plurality of air permeable holes spaced from each other and extending in a sinker wale over at least two courses, the circular knitting machine having a knitting fineness greater than or equal to 24 needles/2.54 cm and comprising a plurality of dial sinkers and a plurality of latch needles oriented perpendicular to the dial sinkers, characterised by comprising a dial sinker with an opening at the upper side allowing three or four adjacent needles (501, 502, 503, 504) to pass through perpendicularly at the same time.
An apparatus comprising: a housing defining an opening; a microphone disposed within the housing proximate the opening, wherein a sound inlet of the microphone is oriented towards the opening; and a boot (112, 212, 412) substantially surrounding the sound inlet of the microphone, wherein the boot (112, 212, 412) comprises a plurality of sidewalls (114, 214, 414) and a face (116, 216, 316, 416, 516), wherein the sidewalls (114, 214, 414) receive the microphone and wherein the face (116, 216, 316, 416, 516) is disposed proximate the sound inlet and between the sound inlet and the opening characterized in that the boot (112, 212, 412) further comprises a flange (252, 352, 512) extending from at least one of the plurality of sidewalls (114, 214, 414), wherein the flange (252, 352, 512) comprises a flange thickness. a housing defining an opening; a microphone disposed within the housing proximate the opening, wherein a sound inlet of the microphone is oriented towards the opening; and a boot (112, 212, 412) substantially surrounding the sound inlet of the microphone, wherein the boot (112, 212, 412) comprises a plurality of sidewalls (114, 214, 414) and a face (116, 216, 316, 416, 516), wherein the sidewalls (114, 214, 414) receive the microphone and wherein the face (116, 216, 316, 416, 516) is disposed proximate the sound inlet and between the sound inlet and the opening characterized in that the boot (112, 212, 412) further comprises a flange (252, 352, 512) extending from at least one of the plurality of sidewalls (114, 214, 414), wherein the flange (252, 352, 512) comprises a flange thickness.
An apparatus for measuring the composition of a multi-phase mixture flow comprising at least one liquid phase and/or at least one gaseous phase, particularly a flow of liquid and gaseous hydrocarbons emanating from a well, comprising: - a measurement tube forming a conduit for a flow of multi-phase mixture; - radiation means for irradiating the multi-phase mixture in the measurement tube with electromagnetic radiation; - detection means for detecting the radiation of the radiation means which passes through the multi-phase mixture in the measurement tube; - analysis means for determining the composition of the multi-phase mixture based on the detected radiation and calibration data of the at least one liquid phase and the at least one gaseous phase; characterised in that - a calibration vessel is arranged adjacent to the measurement tube such that the radiation means can irradiate the calibration vessel and the detection means can detect radiation of the radiation means passing through the calibration vessel; - the calibration vessel is connected to the measurement tube such that the calibration vessel is filled with the multi-phase mixture or respective phases of the multi-phase mixture from the measurement tube; - data acquisition means are provided for acquiring calibration data from radiation detected by the detection means which passes through the calibration vessel when the calibration vessel is filled with the multi-phase mixture or respective phases of the multi-phase mixture from the measurement tube. - a measurement tube forming a conduit for a flow of multi-phase mixture; - radiation means for irradiating the multi-phase mixture in the measurement tube with electromagnetic radiation; - detection means for detecting the radiation of the radiation means which passes through the multi-phase mixture in the measurement tube; - analysis means for determining the composition of the multi-phase mixture based on the detected radiation and calibration data of the at least one liquid phase and the at least one gaseous phase; - a calibration vessel is arranged adjacent to the measurement tube such that the radiation means can irradiate the calibration vessel and the detection means can detect radiation of the radiation means passing through the calibration vessel; - the calibration vessel is connected to the measurement tube such that the calibration vessel is filled with the multi-phase mixture or respective phases of the multi-phase mixture from the measurement tube; - data acquisition means are provided for acquiring calibration data from radiation detected by the detection means which passes through the calibration vessel when the calibration vessel is filled with the multi-phase mixture or respective phases of the multi-phase mixture from the measurement tube.
A front jaw for a touring ski binding, 1.1 comprising a base and a bearing arrangement which is configured to hold a ski boot such that it can be pivoted about a transverse axis of the ski which extends transversely to a longitudinal axis of the ski binding, such that the ski boot can be moved between a first pivoting position, in which a heel portion of the ski boot is closer to the ski, and a second pivoting position in which the heel portion of the ski boot is further away from the ski, wherein 1.2 the front jaw comprises a tensing device using which the bearing arrangement can be latched, such that the ski boot can pivot but is prevented from detaching from the bearing arrangement even when a fall release force is exerted, 1.3 the tensing device comprises a tensing element and a tensing lever, 1.4 the tensing lever can be connected to the base in a rotary joint, 1.5 the tensing lever comprises a free end in the longitudinal direction of the lever which comprises a tensing lever head featuring a tensing lever jaw, and 1.6 the tensing lever jaw is designed to couple to a mechanism of the front jaw, wherein the mechanism tenses and relaxes the bearing arrangement of the front jaw, characterised in that 1.7 the tensing lever or at least a part of the tensing lever is a punched part punched from a plate of material and aligned along a longitudinal axis of the ski binding and which comprises the tensing lever head featuring the tensing lever jaw at an end facing the mechanism. 1.1 comprising a base and a bearing arrangement which is configured to hold a ski boot such that it can be pivoted about a transverse axis of the ski which extends transversely to a longitudinal axis of the ski binding, such that the ski boot can be moved between a first pivoting position, in which a heel portion of the ski boot is closer to the ski, and a second pivoting position in which the heel portion of the ski boot is further away from the ski, wherein 1.2 the front jaw comprises a tensing device using which the bearing arrangement can be latched, such that the ski boot can pivot but is prevented from detaching from the bearing arrangement even when a fall release force is exerted, 1.3 the tensing device comprises a tensing element and a tensing lever, 1.4 the tensing lever can be connected to the base in a rotary joint, 1.5 the tensing lever comprises a free end in the longitudinal direction of the lever which comprises a tensing lever head featuring a tensing lever jaw, and 1.6 the tensing lever jaw is designed to couple to a mechanism of the front jaw, wherein the mechanism tenses and relaxes the bearing arrangement of the front jaw, characterised in that 1.7 the tensing lever or at least a part of the tensing lever is a punched part punched from a plate of material and aligned along a longitudinal axis of the ski binding and which comprises the tensing lever head featuring the tensing lever jaw at an end facing the mechanism.
A support plate for the positioning of containers, including a base body, at least one pressure element arranged on the base body to exert pressure on a container at the base of the container thereof to clamp the same between the support plate and a receiving device arranged at the other end of the container, a positioning body which is arranged in a releasable manner at the base body and has at least one opening to position the container to be clamped between the support plate and the receiving device at the support plate, wherein the pressure element protrudes at least in part through the opening, characterized in that the pressure element has four elongated pressure sections (4a, 4b, 4c, 4d), the pressure faces of which extend essentially parallel to the plane of the base body which is essentially parallel to the extension direction of the base of a container when a container is positioned at the support plate and the opening of the positioning body is adapted to the shape of the pressure element, wherein the positioning device comprises a centring device for centring the container and wherein the opening has a central section and four elongated sections (6b, 6c, 6d and 6e), through which the pressure element passes, wherein the central opening section serves as a centring device for centring the container and has a cross section which is selected from a group consisting of cross sections which contains cross sections of a circular shape, elliptically shaped and polygonally shaped.
A nacelle (422;522) of an aircraft, comprising: a plurality of plenums that are divided by axial and circumferential ribs, wherein the circumferential ribs are not straight, characterised in that: each of the circumferential ribs traces along a line that is wavy and is not in a single plane normal to an engine axis. a plurality of plenums that are divided by axial and circumferential ribs, wherein the circumferential ribs are not straight, characterised in that: each of the circumferential ribs traces along a line that is wavy and is not in a single plane normal to an engine axis.
A face mask assembly for supplying breathable gas to a wearer, said face mask assembly comprising: a mask frame; a facial cushion attached to the mask frame; a forehead support, said forehead support including a forehead cushion assembly (x51, x52); and an adjustment knob, wherein turning movement of the adjustment knob causes the forehead cushion assembly (x51, x52) to be moved between a retracted position and an extended position, characterized in that the adjustment knob is operatively coupled to the forehead cushion assembly (x51, x52) by a screw mechanism and the adjustment knob includes internal threads that are meshed with a threaded shaft attached to the forehead cushion assembly (x51, x52) such that turning movement of the adjustment knob causes the threaded shaft to be moved between a retracted and an extended position. a mask frame; a facial cushion attached to the mask frame; a forehead support, said forehead support including a forehead cushion assembly (x51, x52); and an adjustment knob, wherein turning movement of the adjustment knob causes the forehead cushion assembly (x51, x52) to be moved between a retracted position and an extended position, characterized in that the adjustment knob is operatively coupled to the forehead cushion assembly (x51, x52) by a screw mechanism and the adjustment knob includes internal threads that are meshed with a threaded shaft attached to the forehead cushion assembly (x51, x52) such that turning movement of the adjustment knob causes the threaded shaft to be moved between a retracted and an extended position.
A crane for lifting and transporting loads comprising: a base frame, for transferring the loads of the crane onto a support surface by means of a plurality of wheels (34, 35, 36), wherein at least one wheel (34, 35, 36) is capable of rotating relative to said base frame so as to change the camber angle of said wheel (34, 35, 36); the crane comprises at least one pair of twin wheels, which are capable of rotating relative to said base frame so as to change the camber angle of said twin wheels; characterized in that said at least one pair of twin wheels is adapted to be operated by a respective motor associated with said pair; wherein the two wheels belonging to said pair of twin wheels are constrained by means of a differential device. wherein at least one wheel (34, 35, 36) is capable of rotating relative to said base frame so as to change the camber angle of said wheel (34, 35, 36); the crane comprises at least one pair of twin wheels, which are capable of rotating relative to said base frame so as to change the camber angle of said twin wheels; characterized in that said at least one pair of twin wheels is adapted to be operated by a respective motor associated with said pair; wherein the two wheels belonging to said pair of twin wheels are constrained by means of a differential device.
A neutralization method used in a neutralization step of neutralizing leachate produced by leaching nickel oxide ore, and producing neutralized sediment containing impurities and a post-neutralization solution containing zinc together with nickel and cobalt, in a hydrometallurgy process for nickel oxide ore, the method comprises: a neutralization reaction step of neutralizing the leachate in a neutralization reaction tank; a separation step of separating neutralized slurry into neutralized sediment and the post-neutralization solution by adding flocculant to the slurry; a viscosity measuring step of measuring the viscosity of the post-neutralization solution produced through the separation step; a storing step of temporarily storing the post-neutralization solution in a storage tank; and a flow-feeding step of transferring the stored post-neutralization solution to a dezincification reaction tank used in a dezincification step subsequent to the neutralization step, wherein in the flow-feeding step, when the viscosity of the post-neutralization solution measured in the viscosity measuring step is higher than 0.10 sec/cm 2 · mL that is the time required for the post-neutralization solution of 50 mL to pass through a membrane filter having a mesh opening size of 0.45 μm, a flow rate of the post-neutralization solution to be transferred to the dezincification reaction tank is controlled, and the post-neutralization solution is circulated by returning back a predetermined rate of the post-neutralization solution to the neutralization reaction tank. a neutralization reaction step of neutralizing the leachate in a neutralization reaction tank; a separation step of separating neutralized slurry into neutralized sediment and the post-neutralization solution by adding flocculant to the slurry; a viscosity measuring step of measuring the viscosity of the post-neutralization solution produced through the separation step; a storing step of temporarily storing the post-neutralization solution in a storage tank; and a flow-feeding step of transferring the stored post-neutralization solution to a dezincification reaction tank used in a dezincification step subsequent to the neutralization step,
Oral cleaning section for detachable connection with a handle section of an oral cleaning device, comprising: a connector structure for detachably attaching the oral cleaning section to the handle section, wherein the connector structure has a hollow cylindrical main body and a first receptacle suitable for accommodating a first protrusion of the handle section in the attached state is realized in the hollow cylindrical main body, the first receptacle having a first resilient element provided on a first circumferential side of the first receptacle arranged in a circumferential direction, the circumferential direction being defined with respect to the longitudinal extension axis of the oral cleaning section, characterized in that the first resilient element is realized as a relatively thin wall segment that is curved such that it projects in circumferential direction into the first receptacle and a cutout is provided in the hollow cylindrical main body of the connector structure to allow bending of the first resilient element in circumferential direction opposite to its extension direction into the cutout.
Multi-sport space comprising multiple different fields which can be used simultaneously for goal sports and net sports, - the multi-sport space comprises a first square or rectangular goal sports area delimited by a vertical wall, said first goal sports area comprising a goal sports field of which the goals are vertical and start from ground level and a goal sports field of which the goals are horizontal and placed high up; - the sections of the vertical wall surrounding the first goal sports area constitute nets of multiple net sports fields, over which net sports projectiles are to pass, these net sports fields being arranged on either side of the sections of this vertical wall; characterized in that: - at at least one corner of the first goal sports area, the two sections implanted along two perpendicular axes to form said corner each comprise a section extension in the extension of their relevant implantation axis, said extensions extending from said corner toward the outside of the first goal sports area; - each section extension forms a net of at least one net sports field, over which net sports projectiles are to pass, the at least two net sports fields thus formed being extended along perpendicular axes. - the multi-sport space comprises a first square or rectangular goal sports area delimited by a vertical wall, said first goal sports area comprising a goal sports field of which the goals are vertical and start from ground level and a goal sports field of which the goals are horizontal and placed high up; - the sections of the vertical wall surrounding the first goal sports area constitute nets of multiple net sports fields, over which net sports projectiles are to pass, these net sports fields being arranged on either side of the sections of this vertical wall; characterized in that: - at at least one corner of the first goal sports area, the two sections implanted along two perpendicular axes to form said corner each comprise a section extension in the extension of their relevant implantation axis, said extensions extending from said corner toward the outside of the first goal sports area; - each section extension forms a net of at least one net sports field, over which net sports projectiles are to pass, the at least two net sports fields thus formed being extended along perpendicular axes.
A pharmaceutical composition comprising a curcuminoid for use in treatment of proliferative diseases, wherein the curcuminoid is systemically administered in combination with UVA-visible radiation (315-550 nm) having a dose higher than 1 J/cm2.
Process for producing active material for the electrode of an electrochemical cell, which comprises the steps - provision of lithium-intercalating carbon particles having an average particle size in the range from 1 μm to 100 μm as component 1, - provision of silicon particles having an average particle size in the range from 5 nm to 500 nm as component 2, - provision of a polymer or polymer precursor which can be pyrolyzed to form amorphous carbon and is selected from the group consisting of epoxy resin, polyurethane resin and polyester resin, as component 3, - mixing of the components 1 to 3 and - heat treatment of the mixture with exclusion of atmospheric oxygen at a temperature between 500°C and 1200°C at which the pyrolyzable polymer or the pyrolyzable polymer precursor decomposes to form amorphous carbon. - provision of lithium-intercalating carbon particles having an average particle size in the range from 1 μm to 100 μm as component 1, - provision of silicon particles having an average particle size in the range from 5 nm to 500 nm as component 2, - provision of a polymer or polymer precursor which can be pyrolyzed to form amorphous carbon and is selected from the group consisting of epoxy resin, polyurethane resin and polyester resin, as component 3, - mixing of the components 1 to 3 and - heat treatment of the mixture with exclusion of atmospheric oxygen at a temperature between 500°C and 1200°C at which the pyrolyzable polymer or the pyrolyzable polymer precursor decomposes to form amorphous carbon.