mhurhangee/patent-ind-claim-en huggingface dataset:
Axial turbomachine having a rotor blade cascade which is formed by rotor blades in each case with a front edge and a freestanding blade tip which lies radially on the outside, and an annular chamber wall which encases the rotor blade cascade and has an annular chamber inner side , by way of which the annular chamber wall is arranged directly adjacently with respect to the blade tips with the configuration of a radial gap between the envelope of the blade tips and the annular chamber inner side , the gap size of the radial gap being constant, and the radial gap having a homogeneous and undulating course which does not change abruptly along the main throughflow direction of the axial turbomachine , each rotor blade having, at its blade tip , a first radial elevation with a first curvature section and a second curvature section , the annular chamber wall having, on the annular chamber inner side , a circumferential first radial depression with a first and a second curvature section within an axial section of the annular chamber inner side , which axial section lies opposite the blade tip , which circumferential first radial depression is arranged at a constant radial spacing along the main throughflow direction of the axial turbomachine from the envelope of the blade tips which correspond to the annular chamber inner side , characterized in that the courses of the annular chamber inner side , the rotor blade tip and the radial gap, which courses are configured in the manner of a double wave, have in each case at least four curvature sections which are delimited by way of inflection points, the blade tip having, along a profile chord of the rotor blade , and the annular chamber wall having, along the main throughflow direction of the axial turbomachine , in each case at least • one third curvature section which adjoins the second curvature section , and • one fourth curvature section which adjoins the third curvature section , • the first curvature section being delimited from the second curvature section by way of a first inflection point , • the second curvature section being delimited from the third curvature section by way of a second inflection point , and • the third curvature section being delimited from the fourth curvature section by way of a third inflection point , the curvatures of adjacent curvature sections having different algebraic signs, the curvature sections being formed in such a way that the course of the radial gap runs substantially free of edges and steps along the main throughflow direction of the axial turbomachine . • one third curvature section which adjoins the second curvature section , and • one fourth curvature section which adjoins the third curvature section , • the first curvature section being delimited from the second curvature section by way of a first inflection point , • the second curvature section being delimited from the third curvature section by way of a second inflection point , and • the third curvature section being delimited from the fourth curvature section by way of a third inflection point ,
A heating assembly of an electronic cigarette, comprising a capillary structure configured for adsorbing e-liquid and at least one heating element configured for heating and atomizing the e-liquid adsorbed into the capillary structure, the heating element comprising an elongated heating portion, wherein the elongated heating portion comprises at least one flat portion and at least one bending portion connected to the at least one flat portion in series, a resistance of the at least one bending portion is smaller than that of the at least one flat portion ; characterized in that the capillary structure comprises a porous body , at least partial section of the elongated heating portion is at least partially embedded in the porous body , and the porous body comprises an atomizing surface corresponding to the at least partial section.
Closure system for a medication container , whose interior is accessible via a container opening configured in the form of a bottle mouth, comprising a snap-on cap with an annular lid having a central opening and a plurality of latching elements arranged on its outer circumference which can be brought into engagement with an outer bead circumferentially attached to the container opening , and a one-piece sealing plug with a closure body , which completely fills the central opening of the annular lid and can be brought into engagement with the same in a snap-in manner, characterized in that the closure body is configured as a duckbill valve.
Modular construction system where the framework consists of a plurality of prefabricated units assembled on top of one another; and wherein each of said units consists of a wooden frame structure comprising a succession of at least three vertical uprights spaced along a standardized center distance, of which said vertical uprights extend the entire height between floors, and wherein said vertical uprights of the wall at floor N+1 each rest on a vertical upright of level N, while assemblies lateral to the vertical uprights and/or assemblies on elements inserted between uprights perform the functions of holding and bracing said vertical uprights , characterized in that said vertical uprights of the wall at floor N+1 each rest directly on a vertical upright of level N, without the interposition of wood having horizontal fibers taking up the load, these vertical uprights being assembled on a lower horizontal beam (3; 30) which is intended to support floor joists (4; 40) and on an upper horizontal beam (50; 30) which is intended to support ceiling or roof joists (5; 40).
A flat-shaped all-solid battery (1; 100), comprising: a battery container constituted by an outer can and a sealing can ; an annular gasket installed on the sealing can , and a stack which a positive electrode , a solid electrolyte layer , and a negative electrode are stacked to form, wherein a bottom surface portion of the gasket is compressed with an opening edge of the sealing can , wherein the positive electrode is a molded body of a positive electrode material mixture containing a positive electrode active material and a solid electrolyte, or has a structure in which a layer of the positive electrode material mixture containing the positive electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the negative electrode is a molded body of a negative electrode material mixture containing a negative electrode active material and a solid electrolyte, or has a structure in which a layer of the negative electrode material mixture containing the negative electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the stack is housed in the battery container, a conductive porous member is disposed between the stack and an inner bottom surface of the outer can and between the stack and an inner bottom surface of the sealing can , and the conductive porous member is a conductive porous sheet constituted by a molded body of expandable graphite and having flexibility. a battery container constituted by an outer can and a sealing can ; an annular gasket installed on the sealing can , and a stack which a positive electrode , a solid electrolyte layer , and a negative electrode are stacked to form, wherein a bottom surface portion of the gasket is compressed with an opening edge of the sealing can , wherein the positive electrode is a molded body of a positive electrode material mixture containing a positive electrode active material and a solid electrolyte, or has a structure in which a layer of the positive electrode material mixture containing the positive electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the negative electrode is a molded body of a negative electrode material mixture containing a negative electrode active material and a solid electrolyte, or has a structure in which a layer of the negative electrode material mixture containing the negative electrode active material and the solid electrolyte is provided on one surface or both surfaces of a current collector, wherein the stack is housed in the battery container, a conductive porous member is disposed between the stack and an inner bottom surface of the outer can and between the stack and an inner bottom surface of the sealing can , and the conductive porous member is a conductive porous sheet constituted by a molded body of expandable graphite and having flexibility.
A method for coding video data via a plurality of coding modes in display link video compression, comprising: coding a slice of the video data, the slice comprising a plurality of pixels in a first line of the slice and a plurality of non-first lines of the slice, the coding of the slice comprising: coding a current pixel of the first line of the slice in a spatial prediction mode using a previous pixel of the first line as a predictor; and coding another pixel of a non-first line of the slice in a coding mode other than the spatial prediction mode; wherein the slice of the video data is further organized into a plurality of blocks , each block being a two-dimensional, 2D, block including at least two rows of pixels, each line of the slice comprising a plurality of blocks , wherein the current pixel and the previous pixel are in the same row, and wherein the coding of the slice of the video data further comprises coding each row of the first line via corresponding first and second interleaved coding paths, each of the pixels in the first and second interleaved coding paths being coded independently of pixels outside of the corresponding interleaved coding path. coding a slice of the video data, the slice comprising a plurality of pixels in a first line of the slice and a plurality of non-first lines of the slice, the coding of the slice comprising: coding a current pixel of the first line of the slice in a spatial prediction mode using a previous pixel of the first line as a predictor; and coding another pixel of a non-first line of the slice in a coding mode other than the spatial prediction mode; wherein coding a current pixel of the first line of the slice in a spatial prediction mode using a previous pixel of the first line as a predictor; and coding another pixel of a non-first line of the slice in a coding mode other than the spatial prediction mode; wherein the slice of the video data is further organized into a plurality of blocks , each block being a two-dimensional, 2D, block including at least two rows of pixels, each line of the slice comprising a plurality of blocks , wherein the current pixel and the previous pixel are in the same row, and wherein the coding of the slice of the video data further comprises coding each row of the first line via corresponding first and second interleaved coding paths, each of the pixels in the first and second interleaved coding paths being coded independently of pixels outside of the corresponding interleaved coding path.
A reduced salt mixture comprising at least two or more different particle sizes of a salt substitute wherein the at least two or more different particle sizes comprise fine and coarse particles, wherein fine particles have a particle size range of about 125 to 180 microns in accordance with USP 24/NF19 wherein coarse particles have a particle size range of about 355 to 1000 microns in accordance with USP 24/NF19, wherein the salt substitute is selected from the group consisting of potassium chloride, ammonium chloride, calcium chloride, magnesium chloride, potassium lactate, and combinations thereof, and wherein the ratio of fine to coarse particles is from 1.5:1 to 1:1.5.
Fuel injection valve for intermittently injecting fuel into the combustion chamber of an internal combustion engine, comprising a housing which comprises a high-pressure chamber , which is connected to a high-pressure inlet for fuel, and a low-pressure chamber, an injector needle that is longitudinally movable in the high-pressure chamber , interacts with a nozzle seat , and opens and closes a connection of the high-pressure chamber to an injection opening by the longitudinal movement thereof, wherein the injector needle is urged by a compression spring with a closing force directed towards the nozzle seat , and wherein the compression spring is supported at one side on a spring sleeve in which the injector needle is guided by its free end, a control chamber that is delimited by the spring sleeve and the upper end of the injector needle , and can be filled with pressurized fuel and thus exerts a closing pressure on the injector needle in a controlled manner, and a control valve that is arranged in the control chamber and divides the control chamber into a first control chamber and a second control chamber , wherein the control valve consists of a valve insert guided in a valve guide , and a discharge throttle is arranged in the valve guide , which throttle is connected to the first control chamber on one side and to the second control chamber on the other side, characterized in that the connection formed by the discharge throttle between the first control chamber and the second control chamber can be temporarily interrupted in a targeted manner, a lower stop position of the valve insert connects the control chamber to the high pressure chamber by means of an inlet bore arranged in the valve guide , an upper stop position of the valve insert closes the inlet from the high-pressure chamber , and an inlet throttle of the valve guide connects the high-pressure chamber to the second control chamber .
A blow molding device for blow molding a preform (PF) into a predetermined shape, the preform (PF) having been formed into a bottomed cylindrical shape using resin material, the blow molding device comprising: two batch-type molds , each of the molds provided with a plurality of cavities , the two molds being positioned in parallel; a heating furnace configured to heat a plurality of the preforms (PF) while the preforms (PF) are arranged in series and transferred; a transfer machine configured to alternately transfer the preforms (PF) to the cavities of the two molds after the preforms (PF) are heated and sent out sequentially from the heating furnace ; and a pressurized liquid feeder configured to alternately feed pressurized liquid to each of the preforms (PF) in the two molds after the preforms (PF) are arranged in all of the cavities and the mold is closed. two batch-type molds , each of the molds provided with a plurality of cavities , the two molds being positioned in parallel; a heating furnace configured to heat a plurality of the preforms (PF) while the preforms (PF) are arranged in series and transferred; a transfer machine configured to alternately transfer the preforms (PF) to the cavities of the two molds after the preforms (PF) are heated and sent out sequentially from the heating furnace ; and a pressurized liquid feeder configured to alternately feed pressurized liquid to each of the preforms (PF) in the two molds after the preforms (PF) are arranged in all of the cavities and the mold is closed.
A logging device for recovering long logs comprising: a transport unit ; at least one load pick-up device for receiving load units, a main frame connected to the transport unit and the load pick-up device ; and a control unit for controlling the logging device and its components, wherein the main frame is configured such that the load pick-up device is adjustable in position and/or orientation relative to the transport unit , and wherein the load pick-up device comprises at least one longitudinal frame and at least one conveying device , wherein the longitudinal axis of the longitudinal frame extends parallel to a conveying direction of the conveying device , characterised in that the load pick-up device is pivotable against the main frame , so that the conveying device can be brought from a horizontal transport position into an inclined loading and unloading position, in which one end of the conveying device can be lowered to ground level, wherein long logs are thus pulled from the ground onto the load pick-up device by means of the conveying device or pushed down from it onto a storage location. a transport unit ; at least one load pick-up device for receiving load units, a main frame connected to the transport unit and the load pick-up device ; and a control unit for controlling the logging device and its components, wherein the main frame is configured such that the load pick-up device is adjustable in position and/or orientation relative to the transport unit , and wherein the load pick-up device comprises at least one longitudinal frame and at least one conveying device , wherein the longitudinal axis of the longitudinal frame extends parallel to a conveying direction of the conveying device , characterised in that the load pick-up device is pivotable against the main frame , so that the conveying device can be brought from a horizontal transport position into an inclined loading and unloading position, in which one end of the conveying device can be lowered to ground level, wherein long logs are thus pulled from the ground onto the load pick-up device by means of the conveying device or pushed down from it onto a storage location.
A safety helmet, comprising: a shell ; a flexible frame , being attached to an inner surface of the shell ; and a slide-facilitating member , being attached to an inner surface of the flexible frame , and serving to allow the shell to slide with respect to a user head wearing it when the shell receives incoming impact; characterized in that the slide-facilitating member has a covering and a slide-facilitating medium , in which the covering is attached to the inner surface of the flexible frame and the slide-facilitating medium is wrapped by the covering ; wherein the slide-facilitating medium has a substrate and a plurality of flexible bars connected to the substrate . a shell ; a flexible frame , being attached to an inner surface of the shell ; and a slide-facilitating member , being attached to an inner surface of the flexible frame , and serving to allow the shell to slide with respect to a user head wearing it when the shell receives incoming impact; characterized in that the slide-facilitating member has a covering and a slide-facilitating medium , in which the covering is attached to the inner surface of the flexible frame and the slide-facilitating medium is wrapped by the covering ; wherein the slide-facilitating medium has a substrate and a plurality of flexible bars connected to the substrate .
A method for controlling at least one compressor in a gas compression system , the compressor being driven by an electric motor powered by a drive , the method further comprising: obtaining measurements of one or more process variables for the compressor and/or compression system from sensors mounted in the compressor or the gas compression system and obtaining a value of at least one electrical parameter from the drive and/or the electric motor , wherein the method comprises the further steps of: calculating, with computer or processor hardware and computer program software an estimation of the one or more process variables, comparing the estimation of at least one process variable with a measurement of the process variable ( q ) validating the measurement of the at least one process variable, or else replacing it with the estimation value ( q est ) of the at least one process variable, and generating at least one control signal input (51-54) to control the operation of the compressor. obtaining measurements of one or more process variables for the compressor and/or compression system from sensors mounted in the compressor or the gas compression system and obtaining a value of at least one electrical parameter from the drive and/or the electric motor , wherein the method comprises the further steps of: calculating, with computer or processor hardware and computer program software an estimation of the one or more process variables, comparing the estimation of at least one process variable with a measurement of the process variable ( q ) validating the measurement of the at least one process variable, or else replacing it with the estimation value ( q est ) of the at least one process variable, and generating at least one control signal input (51-54) to control the operation of the compressor. calculating, with computer or processor hardware and computer program software an estimation of the one or more process variables, comparing the estimation of at least one process variable with a measurement of the process variable ( q ) validating the measurement of the at least one process variable, or else replacing it with the estimation value ( q est ) of the at least one process variable, and generating at least one control signal input (51-54) to control the operation of the compressor.
A wound dressing comprising an absorbent body that is laminated to, or is in intimate contact with, a perforated film comprising honey, wherein the film is formed with a regular array of perforations and, in use, is exposed to a wound to which the dressing is applied, such that exudate from the wound passes through perforations in the film and is absorbed by the absorbent body, and wherein the film dissolves upon exposure to wound exudate, thereby releasing the honey.
A method of marking a magnetic ring of a magnetic bearing of a vacuum pump , particular of a turbomolecular vacuum pump, in which a marking is created on a surface of the magnetic ring in that a visible surface property, which is different in comparison with the remaining surface of the magnetic ring , is created at the surface by heating, wherein the magnetic ring is free of coatings at least in the region of the marking and the surface is annealed, but not melted in the region of the marking .
A stopper comprising: a stopper main body having a guiding path extending in an axial direction; a stopper member having a flow path extending in the axial direction and configured to be inserted in the guiding path of the stopper main body ; and a sealing member to be inserted in the flow path of the stopper member in such a manner as to close the flow path , characterised in that the stopper member is provided with, at a position where the sealing member is inserted, a first peripheral wall section fixed in such a manner as to extend in the axial direction and a second peripheral wall section provided in such a manner as to extend radially outward along the axial direction. a stopper main body having a guiding path extending in an axial direction; a stopper member having a flow path extending in the axial direction and configured to be inserted in the guiding path of the stopper main body ; and a sealing member to be inserted in the flow path of the stopper member in such a manner as to close the flow path , characterised in that the stopper member is provided with, at a position where the sealing member is inserted, a first peripheral wall section fixed in such a manner as to extend in the axial direction and a second peripheral wall section provided in such a manner as to extend radially outward along the axial direction.