mhurhangee/ep-ind-claims huggingface dataset:
Stair rail for a scaffolding system, in particular for a forward-spaced stair ascent on facade scaffolding or a tower of stairs running in the same direction, comprising: at least one rail spar (10, 20) which has a first end portion (10a, 20a), on which a first coupling element (12, 38) is arranged, wherein the first coupling element (12, 38) is designed to be fastened to a second coupling element of a vertical support of the scaffolding system adjacent to an - in the installed position - upper end portion of stairs of the scaffolding system, wherein the at least one rail spar (10, 20) has a second end portion (10b, 20b), on which a third coupling element (22, 40) is arranged, wherein the third coupling element (22, 40) is designed to be fastened to a fourth coupling element of a further vertical support of the scaffolding system adjacent to an - in the installed position - a lower end portion of the stairs of the scaffolding system, and wherein the first coupling element (12, 38) and the third coupling element (22, 40) of the at least one rail spar (10, 20) are designed to be fastened by a user, from a secured position adjacent to - in the installed position - lower end portion of the stairs of the scaffolding system, to the coupling elements (14, 24) of the vertical supports (16, 26) of the scaffolding system, wherein the first coupling element (12, 38) adjoins the first end portion (10a, 20a) of the at least one rail spar (10, 20), wherein the first coupling element (12, 38) is tubular at a first end portion adjacent to the first end portion (10a, 20a) of the at least one rail spar (10, 20) and is substantially flat at a second end portion, and wherein the first coupling element (12, 38) has an opening at the second end portion, which opening, in the installed position of the first coupling element, has a substantially vertical portion on an underside of the substantially flat second end portion and a horizontal portion which adjoins the vertical portion and is connected to the vertical portion by means of an arcuate connection portion.
Method for producing a separator plate for a fuel cell, in which a curable and electrically conductive material is applied to a carrier material at a first processing station, wherein a flow field for a reactant which can be fed to the fuel cell is formed in the material, and wherein the material is cured following the formation of the flow field, characterized in that - the carrier material provided with the curable and electrically conductive material passes through a plurality of processing stations (24, 26, 30), in that - the material is dried and/or gelled and/or pre-hardened at least in regions at the respective processing station (24, 26, 30) before the flow field is introduced, and in that - the flow field is subsequently formed in the material by means of an embossing tool and/or by roll forming, wherein a mixture comprising at least one plastic provided with an electrically conductive filler and a solvent is used to provide the cured material. - the carrier material provided with the curable and electrically conductive material passes through a plurality of processing stations (24, 26, 30), in that - the material is dried and/or gelled and/or pre-hardened at least in regions at the respective processing station (24, 26, 30) before the flow field is introduced, and in that - the flow field is subsequently formed in the material by means of an embossing tool and/or by roll forming, wherein a mixture comprising at least one plastic provided with an electrically conductive filler and a solvent is used to provide the cured material.
A secondary battery comprising: a positive electrode containing a positive electrode active material; a negative electrode containing a negative electrode active material; a separator between the positive electrode and the negative electrode; and an electrolyte, at least one of the positive electrode, the negative electrode, and the separator containing an alkali metal oxide, 50% or more of alkali metal ions included in the alkali metal oxide being exchangeable with protons, and among the positive electrode active material and the negative electrode active material, a number of active material particles in contact with the alkali metal oxide being 10% or less of the whole. a positive electrode containing a positive electrode active material; a negative electrode containing a negative electrode active material; a separator between the positive electrode and the negative electrode; and an electrolyte, at least one of the positive electrode, the negative electrode, and the separator containing an alkali metal oxide, 50% or more of alkali metal ions included in the alkali metal oxide being exchangeable with protons, and among the positive electrode active material and the negative electrode active material, a number of active material particles in contact with the alkali metal oxide being 10% or less of the whole.
Formwork platform for attachment to a wall formwork element, in particular a frame formwork element, comprising: - a frame having a covering which has a standing surface for workers; - a first and a second bracket for supporting the frame, the first bracket and second bracket being arranged at a lateral distance from one another; - a first adjustment device between the frame and the first bracket and/or a second adjustment device between the frame and the second bracket, which adjustment device is designed to detachably connect the frame to the first bracket or the second bracket, respectively, at different lateral distances between the first bracket and second bracket, the first adjustment device and/or the second adjustment device comprising an engagement element and at least one receptacle into which the engagement element engages, characterised in that the first adjustment device and/or the second adjustment device comprises a toothed strip having a plurality of spaced apart receptacles between teeth or comprises a threaded rod for engaging the engagement element, in that the first adjustment device and/or the second adjustment device comprises an angular part comprising the engagement element, and in that the toothed rod having the receptacles or the threaded rod is pushed into the angular part having the engagement element. - a frame having a covering which has a standing surface for workers; - a first and a second bracket for supporting the frame, the first bracket and second bracket being arranged at a lateral distance from one another; - a first adjustment device between the frame and the first bracket and/or a second adjustment device between the frame and the second bracket, which adjustment device is designed to detachably connect the frame to the first bracket or the second bracket, respectively, at different lateral distances between the first bracket and second bracket, the first adjustment device and/or the second adjustment device comprising an engagement element and at least one receptacle into which the engagement element engages, characterised in that the first adjustment device and/or the second adjustment device comprises a toothed strip having a plurality of spaced apart receptacles between teeth or comprises a threaded rod for engaging the engagement element, in that the first adjustment device and/or the second adjustment device comprises an angular part comprising the engagement element, and in that the toothed rod having the receptacles or the threaded rod is pushed into the angular part having the engagement element.
A height-adjustable desk in particular for monitor workstations, having at least - a desk top, - a guide pillar fixed to the desk top, - a desk column for the guide pillar telescoping therein, - a spring element inserted between the desk column and the guide pillar and having - a guide element (7, 8, 9) defining the telescoping movement between the guide pillar and the desk column characterized in that the guide element (7, 8, 9) is configured as a threaded spindle drive (7, 8) with a connection element on the head side acted upon exclusively by the spring element, wherein the desk top rests on a desk frame (2, 3, 4, 5) having at least two guide pillars telescoping in associated desk columns and each guide pillar is equipped with an associated threaded spindle drive (7, 8), wherein the respective threaded spindles are mechanically connected to one another by a coupling element and, in addition, a brake is assigned to the coupling element. - a desk top, - a guide pillar fixed to the desk top, - a desk column for the guide pillar telescoping therein, - a spring element inserted between the desk column and the guide pillar and having - a guide element (7, 8, 9) defining the telescoping movement between the guide pillar and the desk column
Machine for printing on three-dimensional objects in an ink jet process, including a device for printing on an object in an ink jet process, the device comprising an ink jet print head, the machine further comprising a device for holding the object, and a device for rotating the object, the device comprising a first drive and a second drive for rotating the object about two different axes of rotation (10, 11), wherein the device for holding the object comprises at least one suction element, characterized in that the device for rotating the object is disposed on a device for modifying the distance between the object surface and the ink jet print head, the latter device comprising a third drive for modifying said distance.
Nozzle for spraying substances, in particular dispersions, emulsions or suspensions, the nozzle comprising a nozzle body having a nozzle tip and a longitudinal axis (X-X), wherein the nozzle body has an inner tube connected to a feed for the substance to be sprayed and equipped with an inner tube channel comprising an inner tube channel inner wall and an inner tube channel cross-section having an inner tube channel cross-sectional area, and with an inner tube discharge opening having an inner tube discharge opening area, and an outer tube enclosing the inner tube at a radial distance and connected to a feed for a gas, comprising an outer tube discharge opening having an outer tube discharge opening area, and wherein the inner tube discharge opening and the outer tube discharge opening are located in the region of the nozzle tip, wherein a constriction is provided in the inner tube channel carrying the substance to be sprayed at a distance from the inner tube discharge opening, wherein the inner tube channel cross-sectional area is smaller in the constriction than the inner tube channel cross-sectional area of an inner tube channel discharge section between the constriction and the inner tube discharge opening characterised in that the constriction is formed from a flexible material.
A method for reacting a first compound and a second compound, thereby forming a third compound, the method comprising the following steps: a) Providing a first solution S1 comprising the first compound and a second solution S2 comprising the second compound; b) Providing, inside a reaction vessel, a solution S3 comprising the second compound in a liquid reaction medium, which comprises an organic solvent; and c) Concomitantly adding the solutions S1 and S2 over an extended period of time into the solution S3 while mixing the content of the reaction vessel, thereby forming a reaction mixture comprising the third compound; wherein: d) The second compound is in excess over the first compound inside the reaction vessel during step c); and e) During step c), the content of the reaction vessel is subjected to membrane filtration so as to essentially retain the first compound, the second compound, and the third compound inside the reaction vessel. a) Providing a first solution S1 comprising the first compound and a second solution S2 comprising the second compound; b) Providing, inside a reaction vessel, a solution S3 comprising the second compound in a liquid reaction medium, which comprises an organic solvent; and c) Concomitantly adding the solutions S1 and S2 over an extended period of time into the solution S3 while mixing the content of the reaction vessel, thereby forming a reaction mixture comprising the third compound; d) The second compound is in excess over the first compound inside the reaction vessel during step c); and e) During step c), the content of the reaction vessel is subjected to membrane filtration so as to essentially retain the first compound, the second compound, and the third compound inside the reaction vessel.
A musical-piece data recomposing apparatus, comprising: • a rhythm master unit for generating synchronization signals containing a signal having a period corresponding to a measure of a musical piece and a signal having a period corresponding to a beat of the musical piece and generating musical-piece recomposition information in synchronization with the synchronization signals, wherein the rhythm master unit is configured to send the synchronization signals and the musical-piece recomposition information to a rhythm slave unit; and • the rhythm slave unit for generating output musical-piece data by recomposing input musical-piece data of music content in accordance with the synchronization signals and the musical-piece recomposition information from the rhythm master unit and for outputting the output musical-piece data, wherein the musical-piece recomposition information generated by said rhythm master unit contains information indicating a tempo, a musical key signature and information indicating a chord or a chord progression, wherein said rhythm slave unit includes an arrangement control unit, wherein said arrangement control unit is configured to pre-obtain from a first obtaining unit, attribute information containing chord values and tempo values of all music content from an attribute information storage unit in a music-content storage unit of the musical-piece data recomposing apparatus wherein the arrangement control unit is configured to search the obtained attribute information and select those musical-pieces having a tempo value and chord value equal to the tempo value and chord value in the musical-piece recomposition information generated by said master unit and is further configured to select a musical-piece based on feeling information from among those selected musical-pieces and is configured to send a selection instruction to a decoding unit of the musical-piece data recomposing apparatus and the decoding unit is configured to read, from the music-content storage unit, the selected musical piece, wherein the decoding unit is further configured to pass the selected musical piece for remixing together with already read video and sound data to be played back to a second obtaining means, configured to obtain, from the music-content-data storage unit in which data of multiple pieces of music content are stored, the data of music content to be played back. • a rhythm master unit for generating synchronization signals containing a signal having a period corresponding to a measure of a musical piece and a signal having a period corresponding to a beat of the musical piece and generating musical-piece recomposition information in synchronization with the synchronization signals, wherein the rhythm master unit is configured to send the synchronization signals and the musical-piece recomposition information to a rhythm slave unit; and • the rhythm slave unit for generating output musical-piece data by recomposing input musical-piece data of music content in accordance with the synchronization signals and the musical-piece recomposition information from the rhythm master unit and for outputting the output musical-piece data,
An electric linear motion actuator comprising: an electric motor; a linear motion mechanism having a rotation input-output shaft and being configured to convert rotary motion of the electric motor to linear motion of a linear motion part by use of the rotation input-output shaft; and a main housing holding the linear motion mechanism, wherein the electric motor is provided with a stator and a rotor which are arranged such that directions of magnetic poles that generate interlinkage flux contributing to a motor torque are parallel with a rotation axis of the electric motor, the stator is arranged so as to be coupled with an axial end surface of the main housing, and the rotor is arranged so as to have a space, in an axial direction, from a torque generating surface of the stator, and the rotor is fixed to the rotation input-output shaft of the linear motion mechanism, characterized in that a first positioning structure configured to coaxially couple the stator and the axial end surface of the main housing is provided so as to extend across the stator and the main housing, the first positioning structure is implemented by fitting between an inner circumferential surface of one of a first housing of the stator and the main housing and an outer circumferential surface of the other of the first housing of the stator and the main housing. an electric motor; a linear motion mechanism having a rotation input-output shaft and being configured to convert rotary motion of the electric motor to linear motion of a linear motion part by use of the rotation input-output shaft; and a main housing holding the linear motion mechanism, wherein the electric motor is provided with a stator and a rotor which are arranged such that directions of magnetic poles that generate interlinkage flux contributing to a motor torque are parallel with a rotation axis of the electric motor, the stator is arranged so as to be coupled with an axial end surface of the main housing, and the rotor is arranged so as to have a space, in an axial direction, from a torque generating surface of the stator, and the rotor is fixed to the rotation input-output shaft of the linear motion mechanism, characterized in that a first positioning structure configured to coaxially couple the stator and the axial end surface of the main housing is provided so as to extend across the stator and the main housing, the first positioning structure is implemented by fitting between an inner circumferential surface of one of a first housing of the stator and the main housing and an outer circumferential surface of the other of the first housing of the stator and the main housing.
A combination of compounds for use in therapeutic or prophylactic treatment of an infection by an Immunodeficiency Virus wherein the compounds are administered sequentially to a mammalian host, to elicit a protective specific cellular immune response against said infection, comprising at least: (i) lentiviral vector particles, pseudotyped with a first determined glycosylated protein of a Vesicular Stomatitis Virus; (ii) lentiviral vector particles, pseudotyped with a second determined VSV G protein different from said first determined VSV G protein; wherein said lentiviral vector particle of (i) and (ii) comprises in its genome a recombinant polynucleotide encoding one or several polypeptides comprising at least one antigen derived from a GAG antigen of said Immunodeficiency Virus and; wherein said first and second VSV G proteins are respectively VSV-G of Indiana strain and VSV-G of New Jersey strain, and, optionally: (iii) lentiviral vector particle, pseudotyped with a third determined VSV G protein, wherein said third VSV G protein does not sero-neutralize with said first and second VSV G proteins. (i) lentiviral vector particles, pseudotyped with a first determined glycosylated protein of a Vesicular Stomatitis Virus; (ii) lentiviral vector particles, pseudotyped with a second determined VSV G protein different from said first determined VSV G protein; (iii) lentiviral vector particle, pseudotyped with a third determined VSV G protein, wherein said third VSV G protein does not sero-neutralize with said first and second VSV G proteins.
A computerized method for generating proxy reflectivity data and radar-type images associated with lightning activity, the method comprising: receiving, by a computing device, lightning flash data for one or more geographical areas; identifying, by the computing device, one or more cells of lightning activity based on the lightning flash data, comprising positioning each lightning flash on a map according to its geographical location, superimposing a first grid on the map and identifying sectors of the first grid with a high density of lightning flashes, superimposing a second grid on the identified sectors of the map to locate closed contours associated with a lightning cell, and generating a convex polygon from each of the closed contours; determining, by the computing device, a logarithmic scale of a combined in-cloud and cloud-to-ground lightning flash rate (dBR) for the identified cells of lightning activity; generating, by the computing device, proxy reflectivity data based on the dBR of the identified cells of lightning activity; generating, by a graphics processing unit of the computing device, radar-type images based on the proxy reflectivity data; and displaying, by a display device coupled to the GPU, the radar-type images. receiving, by a computing device, lightning flash data for one or more geographical areas; identifying, by the computing device, one or more cells of lightning activity based on the lightning flash data, comprising positioning each lightning flash on a map according to its geographical location, superimposing a first grid on the map and identifying sectors of the first grid with a high density of lightning flashes, superimposing a second grid on the identified sectors of the map to locate closed contours associated with a lightning cell, and generating a convex polygon from each of the closed contours; determining, by the computing device, a logarithmic scale of a combined in-cloud and cloud-to-ground lightning flash rate (dBR) for the identified cells of lightning activity; generating, by the computing device, proxy reflectivity data based on the dBR of the identified cells of lightning activity; generating, by a graphics processing unit of the computing device, radar-type images based on the proxy reflectivity data; and displaying, by a display device coupled to the GPU, the radar-type images.
A preliminary product (10, 26) for a container (11, 27) made of aluminum or an aluminum alloy having a container body (12, 30), which forms a receptacle, and a flange edge (14, 29) defining a container opening and formed on the container body, wherein the container body is provided with an aluminum oxide layer on its exterior (23, 35) of its container wall (13, 36) as well as on its interior of its container wall, said aluminum oxide layer being stained in an adsorptive manner on the exterior via a deposition of paint particles and said aluminum oxide layer not having any paint particles on the interior, characterized in that on its flange edge (14, 29), the container body (12, 30) comprises a sleeve-shaped holding protrusion (17, 28) extending axially towards a container vertical axis.