mhurhangee/ep-ind-claims huggingface dataset:
Process for producing an anti-erosion coating on an inner or outer metal wall of a chamber of a fluid catalytic cracking unit, comprising: - (i) the shaping of a honeycomb metal anchoring structure, said anchoring structure being formed from a plurality of strips connected in pairs so as to form a plurality of cells between two adjacent strips, in which each strip is divided along its length into a plurality of portions, including at least one series of assembly portions (121, 122) extending in a same plane and connected to a series of assembly portions of an adjacent strip by fastening means, each strip having a lower longitudinal edge contained in a single plane before shaping and an upper longitudinal edge (12b, 12'b, 12"b), during this shaping step, the lower longitudinal edges of the strips of said anchoring structure being adapted in order to follow the shape of said metal wall, - (ii) the fastening of said anchoring structure to said metal wall, the lower longitudinal edges of the strips of the anchoring structure being in contact with the metal wall, this fastening being carried out by welding to the metal wall of at least one part of the lower longitudinal edges of the strips so that each cell of the anchoring structure is welded to the metal wall at least at the junctions between the contiguous assembly portions (121, 122) of two adjacent strips, - (iii) the insertion of a composite material into the cells of said anchoring structure from the metal wall and at least up to the upper longitudinal edge of each strip. - (i) the shaping of a honeycomb metal anchoring structure, said anchoring structure being formed from a plurality of strips connected in pairs so as to form a plurality of cells between two adjacent strips, in which each strip is divided along its length into a plurality of portions, including at least one series of assembly portions (121, 122) extending in a same plane and connected to a series of assembly portions of an adjacent strip by fastening means, each strip having a lower longitudinal edge contained in a single plane before shaping and an upper longitudinal edge (12b, 12'b, 12"b), during this shaping step, the lower longitudinal edges of the strips of said anchoring structure being adapted in order to follow the shape of said metal wall, - (ii) the fastening of said anchoring structure to said metal wall, the lower longitudinal edges of the strips of the anchoring structure being in contact with the metal wall, this fastening being carried out by welding to the metal wall of at least one part of the lower longitudinal edges of the strips so that each cell of the anchoring structure is welded to the metal wall at least at the junctions between the contiguous assembly portions (121, 122) of two adjacent strips, - (iii) the insertion of a composite material into the cells of said anchoring structure from the metal wall and at least up to the upper longitudinal edge of each strip.
A method of producing and treating a sheet suited to be used as a component or as a part of a component (2, 12, 14, 16) in a fuel assembly for a nuclear light water reactor, which method comprises the following steps: a) producing a sheet of a Zr-based alloy by forging, hot rolling and cold rolling in a suitable number of steps, wherein said alloy contains at least 96 weight percent Zr and is of such a kind that the sheet is suitable to be used for said component (2, 12, 14, 16), b) carrying out an α+β quenching or a β quenching of the sheet when the sheet has been produced to a thickness which is equal to the final thickness, or at least almost equal to the final thickness, of the finished sheet, c) heat treatment of the sheet in the α-phase temperature range of said alloy, wherein step c) is carried out after that steps a) and b) have been carried out, characterized in that a stretching of the sheet is carried out during the heat treatment according to step c), wherein said stretching is carried out at a temperature of at most the temperature which constitutes the highest temperature in the α-phase temperature range of the alloy and at least at the temperature which is 70% of said highest temperature with regard to °K, wherein said stretching is carried out such that the sheet directly after having gone through the stretching has a remaining elongation compared to the state of the sheet immediately before the stretching, wherein said remaining elongation is between 0.1% and 7%. a) producing a sheet of a Zr-based alloy by forging, hot rolling and cold rolling in a suitable number of steps, wherein said alloy contains at least 96 weight percent Zr and is of such a kind that the sheet is suitable to be used for said component (2, 12, 14, 16), b) carrying out an α+β quenching or a β quenching of the sheet when the sheet has been produced to a thickness which is equal to the final thickness, or at least almost equal to the final thickness, of the finished sheet, c) heat treatment of the sheet in the α-phase temperature range of said alloy,
A method performed by a network node, the method comprising: identifying, by the network node, a location to be allocated for a multicast message within a transmission subframe based on at least information identifying the transmission subframe, wherein identifying the location for the multicast message comprises identifying the location based on a combination of at least a physical cell identifier, PCI, and the information identifying the transmission subframe, wherein the multicast message is a system information block; and transmitting, by the network node, the multicast message at the identified location in the transmission subframe. identifying, by the network node, a location to be allocated for a multicast message within a transmission subframe based on at least information identifying the transmission subframe, wherein identifying the location for the multicast message comprises identifying the location based on a combination of at least a physical cell identifier, PCI, and the information identifying the transmission subframe, wherein the multicast message is a system information block; and transmitting, by the network node, the multicast message at the identified location in the transmission subframe.
A construct comprising a compound targeting areas in the brain involved in the regulation of body weight and an allosteric ligand to a receptor located in the blood-brain barrier; or a pharmaceutically acceptable salt, amide or ester thereof; wherein the compound is a GLP-1 receptor agonist (GLP-1RA); wherein the receptor located in the blood-brain barrier is the transferrin receptor (TfR).
An aerosol generating article having a proximal end and a distal end, comprising: an inner tubular element comprising an inner wrapping sheet circumscribing, in a co-axial arrangement: a combustible heat source positioned towards the distal end of the aerosol generating article; and an aerosol-forming substrate downstream of the combustible heat source; and an outer tubular element circumscribing at least a portion of the inner tubular element; wherein the inner wrapping sheet includes a pre-twisted portion; whereby the pre-twisted portion enables deformation of the inner tubular element so that the distal end of the inner tubular element is slideable relative to the outer tubular element a combustible heat source positioned towards the distal end of the aerosol generating article; and an aerosol-forming substrate downstream of the combustible heat source; and an outer tubular element circumscribing at least a portion of the inner tubular element; wherein the inner wrapping sheet includes a pre-twisted portion; whereby the pre-twisted portion enables deformation of the inner tubular element so that the distal end of the inner tubular element is slideable relative to the outer tubular element
Propagator, with a basic framework of floor and roof elements and side and door elements, which can each be joined to each other separately and adjustably, and which each have a covering impermeable to light and air and guides as stabilising elements, and connecting elements in the form of tabs and three-arm connecting pieces, where the guides are positioned along each of the side and door elements, and parallel to the adjacent floor and roof elements; and where the stabilising elements are made of corrosion-resistant material, preferably metal; and where the three-arm connecting piece is designed as an additional connecting element for joining the side elements (1, 1') to each other.
A method of preparing a template for a nucleic acid sequencing reaction, the method comprising: a) providing a solid support, wherein said solid support comprises a plurality of nucleic acid primers immobilised thereon; b) contacting a nucleic acid library preparation with the solid support, the library preparation comprising a plurality of single stranded fragments of template nucleic acid to be sequenced, the template nucleic acid fragments further comprising one or more adaptor nucleic acid sequences which hybridise to one or more of the nucleic acid primers, and the library preparation having a nucleic acid concentration of 400 pM or less; c) allowing single stranded fragments of template nucleic acid to bind to said nucleic acid primers, thereby immobilising said single stranded fragments on said solid support; and d) repeating steps b) and c) at least three further times; wherein repetition of the contacting step takes place with the same library preparation as used in step (b); to thereby provide a solid support having single stranded fragments of template nucleic acid immobilised thereon; wherein the method does not comprise an amplification step until steps b) and c) have been repeated at least three times. a) providing a solid support, wherein said solid support comprises a plurality of nucleic acid primers immobilised thereon; b) contacting a nucleic acid library preparation with the solid support, the library preparation comprising a plurality of single stranded fragments of template nucleic acid to be sequenced, the template nucleic acid fragments further comprising one or more adaptor nucleic acid sequences which hybridise to one or more of the nucleic acid primers, and the library preparation having a nucleic acid concentration of 400 pM or less; c) allowing single stranded fragments of template nucleic acid to bind to said nucleic acid primers, thereby immobilising said single stranded fragments on said solid support; and d) repeating steps b) and c) at least three further times; wherein repetition of the contacting step takes place with the same library preparation as used in step (b);
A metamaterial structure unit, comprising a first substrate and a second substrate opposite to each other, a liquid crystal layer between the first substrate and the second substrate, a first electrode on the first substrate and a second electrode on the second substrate, wherein the first electrode comprises a first connecting portion, a first strip structure and a plurality of first circular arc structures (143, 144) on a first circumference, and wherein the first connecting portion is electrically connected to the first strip structure and the plurality of first circular arc structures (143, 144), characterised in that the first strip structure is distributed along a radial direction of the first circumference and is separated from the first circular arc structures (143, 144), wherein the second electrode comprises a second connecting portion, a second strip structure and a plurality of second circular arc structures (153, 154) on a second circumference, the second strip structure is distributed along a radial direction of the second circumference and is separated from the second circular arc structures (153, 154), the second connecting portion is electrically connected to the second strip structure and the plurality of second circular arc structures (153, 154), and wherein in a case that the first electrode is rotated by 90 degrees around a center of the first circumference, a projection of the first electrode on the second substrate in a direction perpendicular to the second substrate coincides with the second electrode. the first electrode comprises a first connecting portion, a first strip structure and a plurality of first circular arc structures (143, 144) on a first circumference, and wherein the first connecting portion is electrically connected to the first strip structure and the plurality of first circular arc structures (143, 144), characterised in that the first strip structure is distributed along a radial direction of the first circumference and is separated from the first circular arc structures (143, 144), wherein the second electrode comprises a second connecting portion, a second strip structure and a plurality of second circular arc structures (153, 154) on a second circumference, the second strip structure is distributed along a radial direction of the second circumference and is separated from the second circular arc structures (153, 154), the second connecting portion is electrically connected to the second strip structure and the plurality of second circular arc structures (153, 154), and wherein in a case that the first electrode is rotated by 90 degrees around a center of the first circumference, a projection of the first electrode on the second substrate in a direction perpendicular to the second substrate coincides with the second electrode.
Fabric product comprising a top layer and a bottom layer, the top layer comprising a series of alternate insulating strips and conductive strips, the bottom layer having conductivity properties, and an intermediate layer having insulating properties weaved with the top layer and the bottom layer, characterised in that it comprises cross-yarns of conductive material extending from the bottom layer to the conductive strips of the top layer, the cross yarns extending through said intermediate layer.
Liquid-crystalline medium having a dielectric anisotropy (Δε) of 0.5 or more at a temperature of 20°C, characterized in that it comprises one or more compounds of formula IN-A in which denotes denotes, in each occurrence independently of each other, n denotes 0, 1 or 2, R 1 and R 2 independently of each other denote alkyl, alkoxy, fluorinated alkyl or fluorinated alkoxy, preferably having 1 to 7 C atoms, alkenyl, alkenyloxy, alkoxyalkyl or fluorinated alkenyl having 2 to 7 C atoms, and R 2 alternatively denotes H or X 1, X 1 denotes F, Cl, fluorinated alkyl, fluorinated alkenyl, fluorinated alkoxy or fluorinated alkenyloxy. n denotes 0, 1 or 2, R 1 and R 2 independently of each other denote alkyl, alkoxy, fluorinated alkyl or fluorinated alkoxy, preferably having 1 to 7 C atoms, alkenyl, alkenyloxy, alkoxyalkyl or fluorinated alkenyl having 2 to 7 C atoms, and R 2 alternatively denotes H or X 1, X 1 denotes F, Cl, fluorinated alkyl, fluorinated alkenyl, fluorinated alkoxy or fluorinated alkenyloxy.
A safety and security device on an aerial platform, comprising: a) a self-contained aerial-capable safety device having a housing and including at least one self-defense mechanism; b) said aerial-capable safety device including a transmitter for wirelessly transmitting signals to a cellular telephone (2, 130) carried by a user and programmed with software facilitating operation of said safety and security device; c) said transmitter being activated through operation of said software to transmit said signals to said cellular telephone (2, 130) responsive to either (i) activation of said at least one self-defense mechanism responsive to a sensed threat, or (ii) manual activation of said at least one self-defense mechanism by said user; d) said signals informing said cellular telephone that a user of said safety and security device requires assistance; e) said device including a "follow me" function that recognizes said user and tracks position of said user, and, responsive thereto, causes said aerial platform to move to stay in proximity with said user; f) said device further including an optical safety device including an optical sensor for detecting proximity of a potential assailant; and wherein responsive to said optical sensor on the aerial platform detecting proximity of a potential assailant, said transmitter is activated to wirelessly transmit signals to said cellular telephone (2, 130) notifying of need for assistance; and g) a light controllable by said cellular telephone and movable to illuminate said potential assailant. a) a self-contained aerial-capable safety device having a housing and including at least one self-defense mechanism; b) said aerial-capable safety device including a transmitter for wirelessly transmitting signals to a cellular telephone (2, 130) carried by a user and programmed with software facilitating operation of said safety and security device; c) said transmitter being activated through operation of said software to transmit said signals to said cellular telephone (2, 130) responsive to either (i) activation of said at least one self-defense mechanism responsive to a sensed threat, or (ii) manual activation of said at least one self-defense mechanism by said user; d) said signals informing said cellular telephone that a user of said safety and security device requires assistance; e) said device including a "follow me" function that recognizes said user and tracks position of said user, and, responsive thereto, causes said aerial platform to move to stay in proximity with said user; f) said device further including an optical safety device including an optical sensor for detecting proximity of a potential assailant; and wherein responsive to said optical sensor on the aerial platform detecting proximity of a potential assailant, said transmitter is activated to wirelessly transmit signals to said cellular telephone (2, 130) notifying of need for assistance; and g) a light controllable by said cellular telephone and movable to illuminate said potential assailant.
Operating device for a household appliance, wherein the operating device comprises the following: - an input element; - an acoustic output device; - an interface for communication with the household appliance; - a processing facility for controlling the household appliance as a function of actuation of the input element, characterised in that - the input element is designed for actuation by a visually impaired person, by the input element comprising a mechanical actuator, which has at least one tactile end position and intermediate positions which can be distinguished from one another haptically, - wherein the processing facility is designed to output a first acoustic feedback for reaching an intermediate position and a second acoustic feedback for reaching the end position. - an input element; - an acoustic output device; - an interface for communication with the household appliance; - a processing facility for controlling the household appliance as a function of actuation of the input element, - the input element is designed for actuation by a visually impaired person, by the input element comprising a mechanical actuator, which has at least one tactile end position and intermediate positions which can be distinguished from one another haptically, - wherein the processing facility is designed to output a first acoustic feedback for reaching an intermediate position and a second acoustic feedback for reaching the end position.
Anchoring element for casting in concrete, comprising an anchor rail having a plurality of anchor protrusions and a strip-shaped receptacle for mounting fastening means, wherein at least one retaining bracket is fixed to the anchor rail, which retaining bracket engages over the anchor rail perpendicularly to its longitudinal direction and by means of which the anchor rail can be fixed to a formwork component, wherein at least one flange projecting laterally from the anchor rail is formed on the retaining bracket, characterized in that the at least one flange is connected to a central section of the retaining bracket by means of a predetermined breaking point.
A machine tool comprising a calibration device, the calibration device comprising; a base (30; 130; 202), a calibration artefact (34; 134) comprising a sphere, a partial sphere or a domed surface, and a deflection mechanism that attaches the calibration artefact (34; 134) to the base and allows the calibration artefact (34; 134) to be moved by a calibrated tool mounted on the machine tool relative to the base by application of an external force, characterised in that the calibration device further comprises a releasable lock that, when locked, immobilises the calibration artefact (34; 134) relative to the base; and the machine tool is adapted to be calibrated with a measurement probe using the method according to claim 10. a base (30; 130; 202), a calibration artefact (34; 134) comprising a sphere, a partial sphere or a domed surface, and a deflection mechanism that attaches the calibration artefact (34; 134) to the base and allows the calibration artefact (34; 134) to be moved by a calibrated tool mounted on the machine tool relative to the base by application of an external force, characterised in that the calibration device further comprises a releasable lock that, when locked, immobilises the calibration artefact (34; 134) relative to the base; and the machine tool is adapted to be calibrated with a measurement probe using the method according to claim 10.
Low beam headlights comprising a light source arrangement for generating a light cone of light that is less divergent in a first transverse direction (y) than in a second transverse direction (x) perpendicular to the first transverse direction; first, second and third lens arrays (4a, 4b, 4c) that are arranged next to one another along the second transverse direction (x) in order to be irradiated on the input side by an associated segment of segments (12a, 12b, 12c) of the light cone arranged next to one another in the second transverse direction and to output low beam with a luminous intensity angle distribution modified with respect to the light cone on the output side, wherein the second lens array is arranged between the first and third lens arrays (4a, 4b) and is configured as honeycomb condenser with entry-side and exit-side honeycomb lenses (7, 9), wherein an inter-honeycomb lens distance of the second lens array in the second transverse direction is larger for the exit-side honeycomb lenses than for the entry-side honeycomb lenses. a light source arrangement for generating a light cone of light that is less divergent in a first transverse direction (y) than in a second transverse direction (x) perpendicular to the first transverse direction; first, second and third lens arrays (4a, 4b, 4c) that are arranged next to one another along the second transverse direction (x) in order to be irradiated on the input side by an associated segment of segments (12a, 12b, 12c) of the light cone arranged next to one another in the second transverse direction and to output low beam with a luminous intensity angle distribution modified with respect to the light cone on the output side, wherein the second lens array is arranged between the first and third lens arrays (4a, 4b) and is configured as honeycomb condenser with entry-side and exit-side honeycomb lenses (7, 9), wherein an inter-honeycomb lens distance of the second lens array in the second transverse direction is larger for the exit-side honeycomb lenses than for the entry-side honeycomb lenses.
A blanket for therapeutic treatment, the blanket having a first face and a second face forming a first supportive surface, wherein a plurality of channels are formed between the first face and the second face by one or more joints, wherein a plurality of said channels are each filled with a weight bag, and wherein in use the weight bags exert a pressure on the body of the user through the first supportive surface, characterized in that a first closure and a second closure, both with opening and closing means, are positioned at the interface of the first and second face, but on opposing sides of the blanket, perpendicular to the length of the channels, and wherein the plurality of channels run in the lengthwise or width wise direction of the blanket.