mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating an additive manufacturing device (2.1 - 2.n) of one or more additive manufacturing devices (2.1 - 2.n) comprising manufacturing environment , wherein the operation of the at least one additive manufacturing device (2.1 - 2.n) related data from an external data storage device , in particular a network storage device, further in particular a cloud storage device, via a separate data connection , which is formed as a wireless data connection, to which at least one additive manufacturing device (2.1 - 2.n) is transmitted, characterized in that the separate data connection between the at least one additive manufacturing device (2.1 - 2.n) and the external data storage device via an at least one additive manufacturing device (2.1 - 2.n) and the external data storage device connected arranged or formed gateway device is manufactured, which is arranged or formed on or in the at least one additive manufacturing device (2.1 - 2.n), wherein the gateway device is formed as a router, which is set up for forming the wireless data connection via a standard for mobile communication,wherein the at least one additive manufacturing device (2.1 - 2.n) automatically independently establishes or maintains the separate data connection to or with the external data storage device via the gateway device , wherein the wireless data connection between the at least one additive manufacturing device (2.1 -2.n) and the external data storage device is formed, wherein the wireless data connection uses a standard for mobile communication. wherein the gateway device is formed as a router, which is set up for forming the wireless data connection via a standard for mobile communication,wherein the at least one additive manufacturing device (2.1 - 2.n) automatically independently establishes or maintains the separate data connection to or with the external data storage device via the gateway device , wherein the wireless data connection between the at least one additive manufacturing device (2.1 -2.n) and the external data storage device is formed, wherein the wireless data connection uses a standard for mobile communication.
An inclined arrangement of photovoltaic modules on a flat roof, comprising a front and a rear support profile that are mounted with parallel spacing on the flat roof by means of mountings (10 a/b, 11 a/b) that are fastened to the flat roof , wherein the front support profile with its bottom side is placed, in parallel with the roof, on at least two of the mountings (10 a/b, 11 a/b), wherein the rear support profile with its bottom side is placed, in parallel with the roof, on at least two of the mountings (11 a/b), and the front and the rear support profiles with their respective top side together support a PV module at an angle α with respect to the flat roof , wherein a greater support height is provided between the bottom side and the top side of the rear support profile than for the front support profile , and the top sides of the two support profiles are inclined at an angle α with respect to the bottom sides in the areas in which the PV module rests, wherein an undercut longitudinal groove is integrated into the bottom side and/or into the top side of at least one support profile .
Door or window opener having a housing , an opener latch arranged in the housing , and at least one unit for detecting at least a presence of a bar in a locked position of a door or window lock interacting with the door or window opener , wherein the at least one unit has at least one contactless sensor and is arranged in or on the housing , characterized in that the at least one unit is arranged in the housing , and a field of view of the at least one contactless sensor from the housing to the outside is directed in the direction of the bar in its locked position.
Package material comprising a multilayer material structure having one or more layers of plastic laminate, the package material comprising: - a first side and a second side opposite the first side and a penetration area defined in the multilayer material structure; - two weakening lines in the multilayer material structure, each of the two weakening lines extending from the penetration area thereby creating an area on the multilayer material structure in between, said area providing an opening in the multilayer material structure when being ruptured; - an opening device , the opening device comprising: a first portion attached to the first side; a second portion attached to the second side; a material bridge penetrating through the penetration area and connecting the first portion to the second portion ; wherein the second portion at least partly covers the penetration area and comprises a guiding section extending from the penetration area and covering at least partly the area between and adjacent to the two weakening lines to facilitate rupturing of the multilayer structure along said weakening lines (30, 30b;) wherein the two weakening lines comprise a perforation having alternating perforated portions and material bridge portions; wherein a material of the second portion partly covers the perforation; characterised in that the material of the second portion does end on a material bridge portion of the perforation. - a first side and a second side opposite the first side and a penetration area defined in the multilayer material structure; - two weakening lines in the multilayer material structure, each of the two weakening lines extending from the penetration area thereby creating an area on the multilayer material structure in between, said area providing an opening in the multilayer material structure when being ruptured; - an opening device , the opening device comprising: a first portion attached to the first side; a second portion attached to the second side; a material bridge penetrating through the penetration area and connecting the first portion to the second portion ; a first portion attached to the first side; a second portion attached to the second side; a material bridge penetrating through the penetration area and connecting the first portion to the second portion ;
An additive manufacturing apparatus , comprising: a linear rail , having a length L1, wherein the linear rail is one of rotatable or revolvable in a horizontal plane about a vertical axis A; an electromagnetic energy source movably coupled to the linear rail and movable in a polar coordinate system having a radius R; a build platform , vertically movable relative to the electromagnetic-energy source ; and a powder-containment compartment , configured to contain a metal powder and having a powder-bed volume , and wherein the build platform at least partially delimits the powder-bed volume . a linear rail , having a length L1, wherein the linear rail is one of rotatable or revolvable in a horizontal plane about a vertical axis A; an electromagnetic energy source movably coupled to the linear rail and movable in a polar coordinate system having a radius R; a build platform , vertically movable relative to the electromagnetic-energy source ; and a powder-containment compartment , configured to contain a metal powder and having a powder-bed volume , and wherein the build platform at least partially delimits the powder-bed volume .
An alkaline flow battery assembly comprising an electrochemical reactor including a positive compartment and a negative compartment ; wherein the positive compartment comprises a positive electrode and houses catholyte whereas the negative compartment comprises a negative electrode and houses anolyte ; wherein the negative compartment is connected through a conduct in fluid communication to a first container storing anolyte whereas the positive compartment is connected through a conduct in fluid communication with a second container storing catholyte; characterized in that the anolyte and the catholyte are alkaline redox solutions both comprising a first electro-active species A and a second electro-active species B, being the species A, an anthraquinone-based compound, and the species B a potassium ferrocyanide; and wherein the negative compartment and the positive compartment are separated by means of a microporous separator . wherein the positive compartment comprises a positive electrode and houses catholyte whereas the negative compartment comprises a negative electrode and houses anolyte ; wherein the negative compartment is connected through a conduct in fluid communication to a first container storing anolyte whereas the positive compartment is connected through a conduct in fluid communication with a second container storing catholyte; characterized in that the anolyte and the catholyte are alkaline redox solutions both comprising a first electro-active species A and a second electro-active species B, being the species A, an anthraquinone-based compound, and the species B a potassium ferrocyanide; and wherein the negative compartment and the positive compartment are separated by means of a microporous separator .
An apparatus comprising a staple cartridge , wherein the staple cartridge comprises: (i) a plurality of staples , (ii) a deck , wherein the deck defines a plurality of openings, wherein each opening of the plurality of openings is associated with a corresponding staple of the plurality of staples, such that each staple is configured to pass through a corresponding opening of the plurality of openings, and (iii) a buttress attached to the staple deck, wherein the buttress is configured to detach from the staple deck in response to the staples being driven through the corresponding openings of the deck, characterised in that the buttress is resiliently biased to transition from a first configuration while attached to the deck to a second configuration when detached from the deck, wherein the buttress has a first length in the first configuration, wherein the buttress has a second length in the second configuration, wherein the first length is longer than the second length. (i) a plurality of staples , (ii) a deck , wherein the deck defines a plurality of openings, wherein each opening of the plurality of openings is associated with a corresponding staple of the plurality of staples, such that each staple is configured to pass through a corresponding opening of the plurality of openings, and (iii) a buttress attached to the staple deck, wherein the buttress is configured to detach from the staple deck in response to the staples being driven through the corresponding openings of the deck, characterised in that the buttress is resiliently biased to transition from a first configuration while attached to the deck to a second configuration when detached from the deck, wherein the buttress has a first length in the first configuration, wherein the buttress has a second length in the second configuration, wherein the first length is longer than the second length.
An antisense gapmer oligonucleotide, for inhibition of a target RNA in a cell, wherein the antisense gapmer oligonucleotide comprises at least one phosphorodithioate internucleoside linkage of formula (IA) or (IB) wherein in (IA) R is hydrogen or a phosphate protecting group, and in (IB) M + is a cation, such as a metal cation, such as an alkali metal cation, such as a Na + or K + cation; or M + is an ammonium cation, wherein the at least one phosphorodithioate internucleoside linkage is of formula (IA), and R is hydrogen; or the at least one phosphorodithioate internucleoside linkage is of formula (IB), and M + is Na + , K + or NH4 + , wherein one of the two oxygen atoms of said at least one internucleoside linkage of formula (IA) or (IB) is linked to the 3'carbon atom of an adjacent nucleoside (A 1 ) and the other one is linked to the 5'carbon atom of another nucleoside (A 2 ), wherein at least one of the two nucleosides (A 1 ) and (A 2 ) is a 2'-sugar modified nucleoside, wherein the 2'-sugar modified nucleoside has a substituent other than -H or -OH at the 2'- position or the 2'-sugar modified nucleoside comprises a 2'-linked biradical capable of forming a bridge between the 2'carbon and a second carbon in the ribose ring, wherein the antisense gapmer oligonucleotide comprises a 5'-flank region, a gap region, and a 3'-flank region, and wherein all internucleoside linkages between the nucleosides of the gap region are phosphorothioate linkages. wherein the 2'-sugar modified nucleoside has a substituent other than -H or -OH at the 2'- position or the 2'-sugar modified nucleoside comprises a 2'-linked biradical capable of forming a bridge between the 2'carbon and a second carbon in the ribose ring, wherein the antisense gapmer oligonucleotide comprises a 5'-flank region, a gap region, and a 3'-flank region, and wherein all internucleoside linkages between the nucleosides of the gap region are phosphorothioate linkages.
A method for determining an orientation of an industrial truck relative to a structure comprising at least one horizontal element, wherein the industrial truck comprises a 2D-camera that is directed at the structure, wherein the method comprises the following method steps: ∘ recording an image of the structure comprising the at least one horizontal element, wherein an edge is identified in the recorded image, ∘ at least two points (L, R) which correspond to the horizontal element are identified along the identified edge in the recorded image, ∘ determining one ray ( l → , r → ) to each of the two points (L, R), the respective points of which ray in a 3D coordinate system are mapped onto the respective point (L, R) in the image, ∘ determining an angle of intersection between an image plane and a vertical plane through the horizontal element from a pair of points with one point on each of the rays, wherein the points are at the same height in the 3D coordinate system. ∘ recording an image of the structure comprising the at least one horizontal element, wherein an edge is identified in the recorded image, ∘ at least two points (L, R) which correspond to the horizontal element are identified along the identified edge in the recorded image, ∘ determining one ray ( l → , r → ) to each of the two points (L, R), the respective points of which ray in a 3D coordinate system are mapped onto the respective point (L, R) in the image, ∘ determining an angle of intersection between an image plane and a vertical plane through the horizontal element from a pair of points with one point on each of the rays, wherein the points are at the same height in the 3D coordinate system.
Method for the production of wound tubes made of plastic, notably split tubes for wet rotor pumps, by means of winding a flat, fibre-reinforced tape material having a thermoplastic or thermosetting polymer matrix onto a heated winding core while the polymer matrix is melted by means of laser irradiation to create a material bond between two layers of the tape material lying on top of each other, characterised in that the winding core having an outer tube onto which the tape material is wound, an inner tube arranged within the outer tube , and for variothermic tempering of the outer tube a fluid flows through the winding core axially following at least one helical flow path around the winding core axis , flow path extending radially between the outer tube and the inner tube along at least one axial portion of the winding core .
An additive for a lithium secondary battery, the additive comprising a lithium borate compound represented by the following Formula (I): wherein, in Formula (I), each of R 1 , R 2 , and R 3 independently represents a hydrocarbon group having from 1 to 20 carbon atoms, which does not have a substituent, and R 10 represents a trifluoromethyl group.
A method for measuring conditions of a drive surface , using a vehicle having an assembly for measuring one or more forces acting on a wheel of a vehicle, the assembly comprising: - a vehicle (13,13a-c) having at least one wheel , arranged to support a weight of the vehicle against an underlying surface ; - a force sensor configured to measure a force between said wheel and a body of the vehicle (13,13a-c) as the vehicle is moving; and - a processor configured to receive measurement data from the force sensor ; - wherein the force sensor is arranged to measure the forces working on a nave of the wheel and is configured to measure a force (Fx) acting from the wheel on the vehicle in a substantially horizontal direction, a force (Fy) acting from the wheel on the vehicle in a substantially vertical direction, and a force acting from the wheel on the vehicle in any direction different from the horizontal and the vertical; the method comprising: driving the vehicle on the surface ; logging a series of force measurements from the force sensor at a plurality of different vehicle speeds; logging the vehicle speeds; and determining a rolling resistance of the surface by calculating a road condition parameter, the road condition parameter being a function of at least the force measurements and the vehicle speed. - a vehicle (13,13a-c) having at least one wheel , arranged to support a weight of the vehicle against an underlying surface ; - a force sensor configured to measure a force between said wheel and a body of the vehicle (13,13a-c) as the vehicle is moving; and - a processor configured to receive measurement data from the force sensor ; - wherein the force sensor is arranged to measure the forces working on a nave of the wheel and is configured to measure a force (Fx) acting from the wheel on the vehicle in a substantially horizontal direction, a force (Fy) acting from the wheel on the vehicle in a substantially vertical direction, and a force acting from the wheel on the vehicle in any direction different from the horizontal and the vertical; driving the vehicle on the surface ; logging a series of force measurements from the force sensor at a plurality of different vehicle speeds; logging the vehicle speeds; and determining a rolling resistance of the surface by calculating a road condition parameter, the road condition parameter being a function of at least the force measurements and the vehicle speed.
A soundproofing structure comprising: a soundproofing cell which includes a frame having a frame hole portion passing therethrough and at least one film that covers the frame hole portion and is fixed to the frame, wherein the film has a plurality of through-holes passing therethrough in a thickness direction, and an average opening diameter of the through-holes is in a range of 0.1 μm to 250 μm, wherein the soundproofing structure is disposed in an opening member which has an opening , and wherein a vertical direction (Z) of a film surface of the film is disposed so as to be inclined with respect to a direction perpendicular to an opening cross section of the opening of the opening member characterized in that a sound source, the opening of the opening member and the soundproofing structure are arranged in the order of the sound source, the opening of the opening member and the soundproofing structure, along a direction of the sound source. a soundproofing cell which includes a frame having a frame hole portion passing therethrough and at least one film that covers the frame hole portion and is fixed to the frame, wherein the film has a plurality of through-holes passing therethrough in a thickness direction, and an average opening diameter of the through-holes is in a range of 0.1 μm to 250 μm, wherein the soundproofing structure is disposed in an opening member which has an opening , and wherein a vertical direction (Z) of a film surface of the film is disposed so as to be inclined with respect to a direction perpendicular to an opening cross section of the opening of the opening member characterized in that a sound source, the opening of the opening member and the soundproofing structure are arranged in the order of the sound source, the opening of the opening member and the soundproofing structure, along a direction of the sound source.
A method for determining the probability of an electroencephalogram (EEG) pattern within an EEG of a subject having occurred in sections of EEG reference files scored by one or more expert technologists or by automatic scoring software as awake, arousals or asleep, said method employing a computer/microprocessor that: • performs frequency domain analysis of one or more discrete sections of the EEG to determine either EEG power, EEG signal amplitude or EEG signal strength at specified frequencies, • calculates either EEG power, EEG signal amplitude or EEG signal strength over specified frequency ranges, • assigns, for each specified frequency range, a rank to the calculated EEG power, EEG signal amplitude or EEG signal strength in each discrete section of the specified frequency range, each rank being determined based on values of EEG power, EEG signal amplitude or EEG signal strength encountered in a plurality of the EEG reference files, • assigns a code to each discrete section that reflects the ranking of the calculated EEG powers, EEG signal amplitudes or EEG signal strengths in the specified frequency ranges, a • determines, for each assigned code, the probability indicated in a table that corresponds to the assigned code, the table constructed from EEG reference files that indicates the probability of each code having occurred in sections of the EEG reference files, and • reports the determined probabilities that reflect the probability of the EEG pattern within the EEG of the subject having occurred in sections of EEG reference files. • performs frequency domain analysis of one or more discrete sections of the EEG to determine either EEG power, EEG signal amplitude or EEG signal strength at specified frequencies, • calculates either EEG power, EEG signal amplitude or EEG signal strength over specified frequency ranges, • assigns, for each specified frequency range, a rank to the calculated EEG power, EEG signal amplitude or EEG signal strength in each discrete section of the specified frequency range, each rank being determined based on values of EEG power, EEG signal amplitude or EEG signal strength encountered in a plurality of the EEG reference files, • assigns a code to each discrete section that reflects the ranking of the calculated EEG powers, EEG signal amplitudes or EEG signal strengths in the specified frequency ranges, a • determines, for each assigned code, the probability indicated in a table that corresponds to the assigned code, the table constructed from EEG reference files that indicates the probability of each code having occurred in sections of the EEG reference files, and • reports the determined probabilities that reflect the probability of the EEG pattern within the EEG of the subject having occurred in sections of EEG reference files.