mhurhangee/ep-ind-claims huggingface dataset:
Electric machine, in particular transversal flux machine, wherein the stator is composed of a stack of phase segments, wherein each phase segment has at least one or at least two stator segments and a stator winding, in particular single winding, wherein each stator segment has an annular stator web, on which the pole shoes are integrally formed, in particular which extend radially inwards and/or which extend in the direction of the rotor and/or which are arranged between the rotor and the annular stator web, in particular wherein the pole shoes have the same shape, wherein the stack is accommodated in a housing component, wherein the housing component has an axially extending cable channel, in particular an axially extending depression on its surface, in particular inner surface, facing the stack, in particular wherein the housing component is connected to the stack in a force-locking manner, in particular wherein the housing component is thermally shrunk-on and/or bonded to the stack, characterised in that the respective pole shoe has a width in the circumferential direction which increases with increasing radial distance from the air-gap-side surface of the pole shoe, in particular wherein with increasing radial distance, the increase of the width in the circumferential direction is substantially in proportion, in particular in inverse proportion, to the decrease of the axial width, wherein the associated profile of the axial width as a function of the radial distance is composed of a convex section and a concave section, the concave section having an arc length at least five times shorter than the other section, wherein the pole shoe is shaped in such a way that substantially no subregion of the pole shoe goes into saturation as long as the surface area of the air-gap-side side surface of the pole shoe, in particular therefore of the side surface of the pole shoe facing the rotor, does not go into saturation yet, and/or wherein the axial width of the pole shoe decreases with increasing radial distance, wherein the associated profile is arranged between a first and a second profile, wherein the first profile is a linear function of the radial distance, in particular wherein the pole back associated with the first profile is a planar surface, wherein the second profile is a circular function, in particular circular segment function, in particular wherein the pole back associated with the second profile is a cylindrical section area.
A coated cutting tool including a base material and a coating layer formed on a surface of said base material, wherein said coating layer includes an alternate layer having at least one layer of each of an A layer and a B layer stacked one on another alternately, said A layer is made of a nitride containing Al and Cr, and when the total number of metal atoms constituting said A layer is represented as 1, a ratio of the number of atoms of said Cr is more than 0 and not more than 0.4, said B layer is made of a nitride containing Ti and Al, and when the total number of metal atoms constituting said B layer is represented as 1, a ratio of the number of atoms of said Al is more than 0 and not more than 0.7, and wherein an uppermost layer of said coating layer is a C layer, wherein said C layer is made of TiAlCN, TiAlSiCN or TiAlBCN, and when the total number of metal atoms constituting said C layer is represented as 1, a ratio of the number of atoms of said Al and Si is more than 0 and not more than 0.7 and more than 0 and not more than 0.2, respectively, and B is contained in said C layer in an amount of less than 10 atomic %.
An imaging agent comprising Formula I wherein Ar is a phenyl ring substituted with X and Y, wherein; X is 18 F, 3 H, -(CH 2) m Z, -CH 2 -O-(CH 2) m Z, or -O-(CH 2) m Z; Z is 18 F or 3 H; m is an integer between 1 and 5; and Y is O-CH 2, CH 2 -O, CH 2 -CH 2, CH 2 -CH 2 -CH 2, O-CH 2 -CH 2, or CH 2 -O-CH 2. wherein Ar is a phenyl ring substituted with X and Y, wherein; X is 18 F, 3 H, -(CH 2) m Z, -CH 2 -O-(CH 2) m Z, or -O-(CH 2) m Z; Z is 18 F or 3 H; m is an integer between 1 and 5; and Y is O-CH 2, CH 2 -O, CH 2 -CH 2, CH 2 -CH 2 -CH 2, O-CH 2 -CH 2, or CH 2 -O-CH 2.
A method for controlling a technical process, which is embedded in a changing environment, wherein the electronic system executing said control comprises sensors, in particular a plurality of sensors, actuators and node processors, in particular a plurality of node processors that exchange data via a real-time communication system, wherein a distinction is made between complex and simple software, and wherein the complex software is executed simultaneously on at least two independent data flow paths (110, 120), wherein each DFP cyclically observes the technical process and its environment with sensors and generates from so-called "observed" data, i.e. data resulting from the observation of the technical process and its environment, an environment model of the technical process by means of algorithms, wherein - the observed data are diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are not diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are diverse and the algorithms implemented in the DFPs are not diverse, characterized in that, for the complex software, the probability of an occurrence of design errors corresponds to ASIL B and, for the simple software, an error rate as required by ASIL D is achieved, and in that a single consolidated environment model for trajectory planning is constructed by means of a simple software from a plurality of different environment models respectively determined with one DFP (110, 120), wherein this simple software is executed on fault-tolerant hardware. - the observed data are diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are not diverse and the algorithms implemented in the DFPs are diverse, or - the observed data are diverse and the algorithms implemented in the DFPs are not diverse, characterized in that, for the complex software, the probability of an occurrence of design errors corresponds to ASIL B and, for the simple software, an error rate as required by ASIL D is achieved,
Pipe clip for fastening a pipe to a wall, ceiling or other support structure, the pipe clip comprising a male fastening element having a head and having a shank extending from an underside of the head, the pipe clip further comprising a substantially annular pipe clip body which in use surrounds the pipe to be fastened and has a first and a second flange which in use are pulled towards each other by means of the male fastening element, wherein the second flange is associated with a female fastening means via which the male fastening element is connected to the second flange, and wherein the first flange has a cutout with at least one closed end at which the shank is received in a mounted state, the first flange having an upstanding collar portion arranged at said closed end of the cutout, and the head of the male fastening element having a circular groove in its underside, said groove being engageable with the collar portion so as to mutually lock the head and the first flange in position at said closed end, characterized in that the cutout is a longitudinal slot which has an open end opposing the closed end, said open end opening up in an edge of the first flange for introducing the shank of the male fastening element into the slot, wherein the first flange adjacent the slot has an inclined end portion with respect to the plane of the second flange, which inclined end portion is bent away from the second flange, and wherein the inclined end portion is such that the head of the male fastening element is guided towards the end portion of the slot and towards the upper surface of the first flange and with the head over the collar portion, such that the collar portion is received in the groove in the head.
Method for treating a textile material web for reducing the gas-permeability of the material web, in which method the material web comprising a first side of planar configuration and an opposite second side of planar configuration is transported in an advancing direction and guided through at least one treatment gap (33, 53) formed by a treatment roller (31, 51) and a counter tool (32, 52), which is configured as a counter roller, wherein before passing the treatment gap (33, 53), water is applied to at least one of the two sides (W1, W2) of planar configuration of the material web, and the material web is subsequently pressure treated in the treatment gap (33, 53) and is thermally treated on at least one of the two sides (W1, W2) of planar configuration, wherein in a first step, water is applied exclusively to the first side of the material web, and the material web in a first treatment gap is subsequently pressure treated and the first side is thermally treated and, in a downstream second step, water is applied exclusively to the second side, and the material web in a separate second treatment gap is subsequently pressure treated and the second side is thermally treated.
A method for obtaining each of plural kinds of images ( IMa, 1Mb, lMc IMd) by printing the plural kinds of images ( IMa, 1Mb, IMc, IMd) on paper by an image processing apparatus, and cutting it after the printing, comprising the steps: arranging marks ( MKa, MKb, MKc. MKd corresponding to each of the plural kinds of images ( IMa, 1Mb, IMc, IMd) at scheduled cutting positions (LN1, LN2) by an arrangement unit, wherein the image (A, B, C, D) to be imposed on one side on the paper is made to be upright and the image to be imposed on the other side on the paper is inverted and the mark to be imparted to the upright image and the mark to be imparted to the inverted image are arranged on the same position when each image is viewed in the upright position, wherein when sorting is performed after cutting the type of image can be determined based on the mark ( MKa, MKb, MKc, MKd) appearing on the cutting surface of the paper, wherein marks ( MKa, MKb, MKc, MKd) corresponding to each of the plural kinds of images ( IMa, 1Mb, IMc, IMd) are visually different so that the plural kinds of images are distinguishable. arranging marks ( MKa, MKb, MKc. MKd corresponding to each of the plural kinds of images ( IMa, 1Mb, IMc, IMd) at scheduled cutting positions (LN1, LN2) by an arrangement unit, wherein the image (A, B, C, D) to be imposed on one side on the paper is made to be upright and the image to be imposed on the other side on the paper is inverted and the mark to be imparted to the upright image and the mark to be imparted to the inverted image are arranged on the same position when each image is viewed in the upright position, wherein when sorting is performed after cutting the type of image can be determined based on the mark ( MKa, MKb, MKc, MKd) appearing on the cutting surface of the paper, wherein marks ( MKa, MKb, MKc, MKd) corresponding to each of the plural kinds of images ( IMa, 1Mb, IMc, IMd) are visually different so that the plural kinds of images are distinguishable.
Back-ventilated refractory wall, in particular for an incinerator, with a boiler wall (1; 1') and a refractory protective lining placed in front of and spaced from said boiler wall, of a multiplicity of refractory tiles arranged next to one another and on top of one another, which are fastened to the boiler wall (1; 1') via at least one tile mounting each, so that between the boiler wall (1; 1') and the protective lining at least partially an intermediate space is present, and with gas feeding means for feeding protective gas, in particular air, into the intermediate space between the boiler wall (1; 1') and the protective lining, characterized in that he tiles comprise continuous grooves substantially running vertically and which are open toward the boiler wall (1; 1') and in the interior of the tiles have an expanded cross section, in which grooves the tile mountings engage, and that the gas feeding means feed the protective gas into the grooves and/or in the region of the grooves into the intermediate space.
A process for the recovery of waste materials composed of waste, of various shapes and sizes, formed of synthetic and/or inorganic fibres containing particles of aerogel material, comprising: - a first phase of fragmentation of the waste materials, in order to reduce said waste materials into an incoherent mass of fibres containing particles of aerogel material, characterised in that it further comprises: - a second phase of separation of the particles of aerogel material and classification of the fibres, in order to separate the particles of aerogel material from the fibres and to classify the fibres according to their length, and - a third phase of classification of the particles of aerogel material, in order to classify the particles of aerogel material according to a characteristic length thereof. - a first phase of fragmentation of the waste materials, in order to reduce said waste materials into an incoherent mass of fibres containing particles of aerogel material, characterised in that it further comprises: - a second phase of separation of the particles of aerogel material and classification of the fibres, in order to separate the particles of aerogel material from the fibres and to classify the fibres according to their length, and - a third phase of classification of the particles of aerogel material, in order to classify the particles of aerogel material according to a characteristic length thereof.
Floor panel for forming a floor covering, wherein this floor panel substantially consists of synthetic material; wherein this floor panel comprises a decorative upper side, wherein the decorative upper side is formed at least by a decorative layer which comprises a digital print, wherein the digital print comprises digitally provided UV-based or solvent-based inks or water-based inks, wherein the floor panel further comprises at least a transparent wear layer of PVC above said print, wherein a primer or adhesion layer is provided between said print and the wear layer, characterized in that said digital print is provided on a white or uniformly colored thermoplastic film, wherein said inks are pigmented and in that said primer or adhesion layer is vinyl chloride vinyl acetate (VC-VAC) copolymer.
A windscreen wiper device of the flat blade type, comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal groove, in which groove at least one longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm is pivotally connected to said connecting device about a pivot axis near one end thereof, characterized in that an electrically conductive coating is provided on at least a part of the flexible material of the wiper blade along at least a portion of its length in order to transfer electrically generated heat to the wiper blade upon applying a voltage to the electrically conductive coating.
A composition comprising 150-250 mg/ml Tobramycin for use in therapeutic or prophylactic treatment of bacterial infections in the pulmonary system of a patient in need thereof, wherein said composition is to be administered by inhalation.
A process for producing a laminate comprising moving a substrate relative to at least two separate orifices arranged along the relative moving trajectory wherein through at least one orifice an organic compound in the gaseous state is passed towards the surface of the substrate and through at least one other orifice a metal- or semimetal-containing compound in the gaseous state is passed towards the surface of the substrate and wherein the orifices are mounted on a rotating drum and wherein more orifices through which a metal- or semimetal-containing compound are passed towards the substrate are present than orifices through which an organic compound is passed.
An apparatus for processing a crop residue, comprising: a housing having an inlet and an outlet; two or more parallel rotors (24, 26) located axially in the housing, each rotor comprising a plurality of radially extending blunt impact members (28a, 28b, 28c, 28d, 28e, 28f); wherein the plurality of radially extending impact members (28a, 28b, 28c, 28d, 28e, 28f) are configured to rotate with the two or more rotors (24, 26), the inlet is at an end of the housing for receiving the crop residue; the outlet is at another end of the housing for discharging the crop residue; the rotors (24, 26) impact against the crop residue as it moves through the housing from the inlet to the outlet; and characterised in that, the impact members (28a, 28b, 28c, 28d, 28e, 28f) and housing are configured so that less dense material of the crop residue is subjected to less impacts and denser material of the crop residue is subjected to relatively more impacts. a housing having an inlet and an outlet; two or more parallel rotors (24, 26) located axially in the housing, each rotor comprising a plurality of radially extending blunt impact members (28a, 28b, 28c, 28d, 28e, 28f); wherein the plurality of radially extending impact members (28a, 28b, 28c, 28d, 28e, 28f) are configured to rotate with the two or more rotors (24, 26), the inlet is at an end of the housing for receiving the crop residue; the outlet is at another end of the housing for discharging the crop residue; the rotors (24, 26) impact against the crop residue as it moves through the housing from the inlet to the outlet; and characterised in that, the impact members (28a, 28b, 28c, 28d, 28e, 28f) and housing are configured so that less dense material of the crop residue is subjected to less impacts and denser material of the crop residue is subjected to relatively more impacts.
A device for dispensing fluids, such as water, milk and the like, comprising a container provided with a dispensing compartment and adapted to accommodate bottles for containing a product; said container being provided with a dispensing nozzle for dispensing the product into said bottle; and a front panel adapted to allow access to said dispensing compartment by a user, characterized in that said container is adapted to be turned by movement means, wherein said container is adapted to rotate about its own axis by virtue of said movement means, wherein the dispensing point, defined by said dispensing nozzle, and the drain coincide with the rotation axis of the container, wherein pressing a special button, or a dispensing button, or inserting a card cause the container to rotate to a condition in which said dispensing compartment faces said front panel and can be accessed from the outside of the device for a user to proceed with the dispensing; wherein after having concluded the dispensing cycle, after a period of activity, following a different event such as the pressing of a button and the removal of the card, the container 2 returns to a condition in which said dispensing compartment rotates about its own axis so as to move said dispensing compartment so that it is directed toward the inside of said dispensing device, thus preventing access by a user, the device further characterized in that it has at least one UV lamp adapted to irradiate said dispensing compartment of said container when said container is rotated into the inactive condition, with said dispensing compartment facing said lamp and inaccessible to the user. wherein said container is adapted to rotate about its own axis by virtue of said movement means, wherein the dispensing point, defined by said dispensing nozzle, and the drain coincide with the rotation axis of the container, wherein pressing a special button, or a dispensing button, or inserting a card cause the container to rotate to a condition in which said dispensing compartment faces said front panel and can be accessed from the outside of the device for a user to proceed with the dispensing; wherein after having concluded the dispensing cycle, after a period of activity, following a different event such as the pressing of a button and the removal of the card, the container 2 returns to a condition in which said dispensing compartment rotates about its own axis so as to move said dispensing compartment so that it is directed toward the inside of said dispensing device, thus preventing access by a user, the device further characterized in that it has at least one UV lamp adapted to irradiate said dispensing compartment of said container when said container is rotated into the inactive condition, with said dispensing compartment facing said lamp and inaccessible to the user.
Distributor unit for use in a body of water for the controlled supply of water to filter units (15, 15', 15") and/or for operating water-using equipment, characterized in that it has an inner and an outer container (1, 4), between which containers (1, 4) at least two compartments which are open at the top are formed, wherein notches formed in the upper edge of the inner container create flow connections for water between the compartments and the inside of the inner container, and wherein each compartment and the inner container is provided with at least one connection (2, 5) for the supply or discharge of water.
A cleaning device (100, 100A-D, 100', 100") for selectively bombarding a surface with a media sequence (MS, MS1-5) of at least a first, in particular gaseous, medium and a second in particular fluid, medium, the cleaning device comprising: - a nozzle configured to bombard the surface with the second medium, - a cleaning valve (120, 120', 120") having a holding port, a pressure port (124, 124'), a plunger (128, 128'), and a pressure outlet, characterized by: - a high-pressure accumulator (140, 140") configured to store the first medium, in particular bombarded with an accumulator pressure, - a changeover valve configured to selectively create a connection between a first medium supply line and a holding line (172, 172') connected to the holding port, wherein - the pressure outlet is configured to bombard the surface with the first medium in pulse-like fashion. - a nozzle configured to bombard the surface with the second medium, - a cleaning valve (120, 120', 120") having a holding port, a pressure port (124, 124'), a plunger (128, 128'), and a pressure outlet, - a high-pressure accumulator (140, 140") configured to store the first medium, in particular bombarded with an accumulator pressure, - a changeover valve configured to selectively create a connection between a first medium supply line and a holding line (172, 172') connected to the holding port, wherein - the pressure outlet is configured to bombard the surface with the first medium in pulse-like fashion.