mhurhangee/patent-ind-claim-en huggingface dataset:
A combination of an inkjet ejection device and an exhaust device for inkjet coating an object to be coated , wherein the inkjet ejection device comprises an inkjet head with an ejection nozzle configured to eject droplets (L) to the object to be coated , and wherein the exhaust device comprises: a cover that is configured to cover at least a target range on the object to be coated , the target range being a range in which droplets (L) land that are ejected, in operation, from the ejection nozzle of the inkjet head to a surface of the object to be coated ; a closing member that is configured to close a gap between the cover and the object to be coated around the target range ; an external communication portion through which a compartment surrounded by the cover , the object to be coated , and the closing member communicates with an outside; and an exhaust mechanism configured to exhaust air from the compartment (24;241,242,243). wherein the inkjet ejection device comprises an inkjet head with an ejection nozzle configured to eject droplets (L) to the object to be coated , and wherein the exhaust device comprises: a cover that is configured to cover at least a target range on the object to be coated , the target range being a range in which droplets (L) land that are ejected, in operation, from the ejection nozzle of the inkjet head to a surface of the object to be coated ; a closing member that is configured to close a gap between the cover and the object to be coated around the target range ; an external communication portion through which a compartment surrounded by the cover , the object to be coated , and the closing member communicates with an outside; and an exhaust mechanism configured to exhaust air from the compartment (24;241,242,243). a cover that is configured to cover at least a target range on the object to be coated , the target range being a range in which droplets (L) land that are ejected, in operation, from the ejection nozzle of the inkjet head to a surface of the object to be coated ; a closing member that is configured to close a gap between the cover and the object to be coated around the target range ; an external communication portion through which a compartment surrounded by the cover , the object to be coated , and the closing member communicates with an outside; and an exhaust mechanism configured to exhaust air from the compartment (24;241,242,243).
Method for producing a heatable hose , comprising at least the steps: providing a main body , applying at least one electric conductor to the main body along a longitudinal axis (X) and applying a fixing element to the main body having the electric conductor along the longitudinal axis (X), wherein the application of the fixing element to the main body and the electric conductor is interrupted at a first position (P1) and continued at a second position (P2), severing the heatable hose at a third position (P3) along the longitudinal axis (X), wherein the third position (P3) is located between the first position (P1) and the second position (P2) along the longitudinal axis (X). providing a main body , applying at least one electric conductor to the main body along a longitudinal axis (X) and applying a fixing element to the main body having the electric conductor along the longitudinal axis (X), wherein the application of the fixing element to the main body and the electric conductor is interrupted at a first position (P1) and continued at a second position (P2), severing the heatable hose at a third position (P3) along the longitudinal axis (X), wherein the third position (P3) is located between the first position (P1) and the second position (P2) along the longitudinal axis (X).
Method for producing partial or total prostheses, which method consists of the following steps: a. producing or making available a first milling block for the upper set of teeth and a second milling block for the lower set of teeth, wherein the first and second milling block each have a prosthesis base on which synthetically moulded teeth , preferably of a full set of teeth, are provided, wherein the teeth are set up for the occlusion position; b. determining the contour data of the oral cavity of a patient; c. preparing and/or processing the first and second milling block, specifically the prosthesis base, according to the contour data of the oral cavity. a. producing or making available a first milling block for the upper set of teeth and a second milling block for the lower set of teeth, wherein the first and second milling block each have a prosthesis base on which synthetically moulded teeth , preferably of a full set of teeth, are provided, wherein the teeth are set up for the occlusion position; b. determining the contour data of the oral cavity of a patient; c. preparing and/or processing the first and second milling block, specifically the prosthesis base, according to the contour data of the oral cavity.
A method for recovery of Nd 2 Fe 14 B grains from bulk sintered Nd-Fe-B magnets and/or magnet scraps, in which method the Nd-Fe-B magnets and/or magnet scraps are anodically oxidized using a non-aqueous liquid electrolyte , said anodic oxidation releasing the Nd 2 Fe 14 B grains in said Nd-Fe-B magnets and/or magnet scraps, wherein the released Nd 2 Fe 14 B grains are collected magnetically during and/or after said anodic oxidation.
A method for a User Equipment, in the following also referred to as UE, comprising: the UE performs transmission and/or reception in a serving cell, wherein the serving cell is in unlicensed spectrum ; the UE is configured to receive slot format indication, in the following also referred to as SFI, which is for indicating slot format/s of one or more slots, on periodic SFI monitoring occasion/s, wherein periodic SFI monitoring occasion/s is/are configured or pre-configured by a network, and the periodic SFI monitoring occasion/s is/are associated with a periodicity in unit of slot ; and in response to receiving and/or detecting a channel indicator, the UE monitors and/or detects a first SFI-related signal on a first occasion, wherein the first occasion is not one of said periodic SFI monitoring occasion/s, and the channel indicator indicates or implies occurring of a network's channel occupancy time, in the following also referred to as COT . the UE performs transmission and/or reception in a serving cell, wherein the serving cell is in unlicensed spectrum ; the UE is configured to receive slot format indication, in the following also referred to as SFI, which is for indicating slot format/s of one or more slots, on periodic SFI monitoring occasion/s, wherein periodic SFI monitoring occasion/s is/are configured or pre-configured by a network, and the periodic SFI monitoring occasion/s is/are associated with a periodicity in unit of slot ; and in response to receiving and/or detecting a channel indicator, the UE monitors and/or detects a first SFI-related signal on a first occasion, wherein the first occasion is not one of said periodic SFI monitoring occasion/s, and the channel indicator indicates or implies occurring of a network's channel occupancy time, in the following also referred to as COT .
A computer-implemented method for determining a pelvic sagittal rotation of a pelvis from an image of the pelvis, wherein the image was made in an anterior-posterior direction, the method comprising: determining, based on the image, a position of each of a plurality of pelvic landmarks; determining a calibration plane with respect to the pelvis, wherein the calibration plane is perpendicular to the anterior-posterior direction; wherein the method is characterized by the steps of: projecting the plurality of pelvic landmarks onto the calibration plane to generate a calibrated two-dimensional projection; determining a distance between two or more of the plurality of pelvic landmarks in the calibrated two-dimensional projection, wherein the distance is in a direction perpendicular to the anterior-posterior direction; and determining the sagittal rotation of the pelvis based on a predetermined correspondence and the determined distance. determining, based on the image, a position of each of a plurality of pelvic landmarks; determining a calibration plane with respect to the pelvis, wherein the calibration plane is perpendicular to the anterior-posterior direction; wherein the method is characterized by the steps of: projecting the plurality of pelvic landmarks onto the calibration plane to generate a calibrated two-dimensional projection; determining a distance between two or more of the plurality of pelvic landmarks in the calibrated two-dimensional projection, wherein the distance is in a direction perpendicular to the anterior-posterior direction; and determining the sagittal rotation of the pelvis based on a predetermined correspondence and the determined distance. projecting the plurality of pelvic landmarks onto the calibration plane to generate a calibrated two-dimensional projection; determining a distance between two or more of the plurality of pelvic landmarks in the calibrated two-dimensional projection, wherein the distance is in a direction perpendicular to the anterior-posterior direction; and determining the sagittal rotation of the pelvis based on a predetermined correspondence and the determined distance.
A photovoltaic module comprising an encapsulant layer and a solar cell assembly, said encapsulant layer comprising an encapsulant composition, comprising a blend of a copolymer of ethylene and vinyl acetate (EVA) and an anti-potential-induced degradation (PID) enhancing copolymer A, characterized in that the encapsulant composition provides power output stability above >90% of the initial power output after an exposure to damp heat (85 °C/85%RH) and voltage potential of 1500V for up to 96 hours, wherein the copolymer A is an E/X copolymer, wherein E is ethylene and X is half-ester of maleic anhydride and the E/X copolymer includes maleic anhydride mono-methyl ester, maleic anhydride mono-ethyl ester (MAME), maleic anhydride mono-propyl ester, maleic anhydride mono-butyl ester or a combination of those, in the range of 12 to 25 wt.% of the polymer weight; or wherein the copolymer A is an E/X/Y copolymer, where E is ethylene, X is half-ester of maleic anhydride and X is maleic anhydride mono-methyl ester, maleic anhydride mono-ethyl ester (MAME), maleic anhydride mono-propyl ester, maleic anhydride mono-butyl ester or a combination of those, in the range of 6 to 20 wt.% of the polymer weight, and Y is methyl acrylate, ethyl acrylate, n-butyl acrylate or iso-butyl acrylate, or a mixture of those in the range of 1 to 30 wt.%,of the polymer weight. wherein the copolymer A is an E/X copolymer, wherein E is ethylene and X is half-ester of maleic anhydride and the E/X copolymer includes maleic anhydride mono-methyl ester, maleic anhydride mono-ethyl ester (MAME), maleic anhydride mono-propyl ester, maleic anhydride mono-butyl ester or a combination of those, in the range of 12 to 25 wt.% of the polymer weight; or wherein the copolymer A is an E/X/Y copolymer, where E is ethylene, X is half-ester of maleic anhydride and X is maleic anhydride mono-methyl ester, maleic anhydride mono-ethyl ester (MAME), maleic anhydride mono-propyl ester, maleic anhydride mono-butyl ester or a combination of those, in the range of 6 to 20 wt.% of the polymer weight, and Y is methyl acrylate, ethyl acrylate, n-butyl acrylate or iso-butyl acrylate, or a mixture of those in the range of 1 to 30 wt.%,of the polymer weight.
Harness for use on a person to be secured, in particular a climbing harness or a personal protective equipment, comprising a waist belt , a leg belt and a webbing bridge , wherein the waist belt and/or the leg belt each comprise an eyelet on both sides, the webbing bridge respectively comprises a frame buckle and a triglide at its end regions , and the webbing bridge is passed at its respective end regions through the respective triglide , the respective end of the webbing bridge is passed through the respective frame buckle and is connected to the respective end region of the webbing bridge , so that the respective triglide and frame buckle are arranged at a distance from one another and, by passing the respective triglide first through the respective eyelet and then through the respective frame buckle , the respective end region of the webbing bridge can be attached to the respective eyelet . the waist belt and/or the leg belt each comprise an eyelet on both sides, the webbing bridge respectively comprises a frame buckle and a triglide at its end regions , and the webbing bridge is passed at its respective end regions through the respective triglide , the respective end of the webbing bridge is passed through the respective frame buckle and is connected to the respective end region of the webbing bridge , so that the respective triglide and frame buckle are arranged at a distance from one another and, by passing the respective triglide first through the respective eyelet and then through the respective frame buckle , the respective end region of the webbing bridge can be attached to the respective eyelet .
A variable lead system for an electrosurgical device, comprising: a housing with a housing track and a lead channel formed thereon; a sliding member slidably attached to the housing track, where the sliding member translates along the housing track; a fixed lead secured at a location on the housing; a variable lead movably disposed along the lead channel and projecting outwardly from the housing, the variably lead being operably connected to the sliding member, the sliding member being configured to laterally move the variable lead along the lead channel between a plurality of positions so as to vary the spacing between the fixed lead and variable lead; a mechanism for translating the variable lead along the housing; and a locking mechanism for temporarily securing the variable lead of the plurality of positions; wherein the mechanism for translating the variable lead along the housing comprises a gear, a gear bar fixedly attached to the variable lead and in communication with the gear, and a tool that upon rotation mechanically rotates the gear. a housing with a housing track and a lead channel formed thereon; a sliding member slidably attached to the housing track, where the sliding member translates along the housing track; a fixed lead secured at a location on the housing; a variable lead movably disposed along the lead channel and projecting outwardly from the housing, the variably lead being operably connected to the sliding member, the sliding member being configured to laterally move the variable lead along the lead channel between a plurality of positions so as to vary the spacing between the fixed lead and variable lead; a mechanism for translating the variable lead along the housing; and a locking mechanism for temporarily securing the variable lead of the plurality of positions; wherein the mechanism for translating the variable lead along the housing comprises a gear, a gear bar fixedly attached to the variable lead and in communication with the gear, and a tool that upon rotation mechanically rotates the gear.
A computer-implemented method for on-site evaluating quality of an image of a part of a structure, optionally a part of a wind turbine generator (WTG, 30), the method comprising acts of: - receiving an image from a visual inspection system with a field of view about a line of sight towards the part of the structure; - dividing the image into sub-images ; - calculating edge scores of the sub-images ; - sorting the sub-images into a top sub-group having an edge-score above a pre-set edge score and a bottom sub-group having an edge-score below the pre-set edge score; - evaluating the quality of the image as a function of coordinates of the top sub-group and characterised in that the step of evaluating is performed by - calculating a first linear regression of the top sub-group and second linear regression of the top sub-group , where the second linear regression has reversed the first and second axis relative to the first linear regression ; and evaluating the quality of the image as a function of a regression angle between the first and second linear regression . - receiving an image from a visual inspection system with a field of view about a line of sight towards the part of the structure; - dividing the image into sub-images ; - calculating edge scores of the sub-images ; - sorting the sub-images into a top sub-group having an edge-score above a pre-set edge score and a bottom sub-group having an edge-score below the pre-set edge score; - evaluating the quality of the image as a function of coordinates of the top sub-group and characterised in that the step of evaluating is performed by - calculating a first linear regression of the top sub-group and second linear regression of the top sub-group , where the second linear regression has reversed the first and second axis relative to the first linear regression ; and - calculating a first linear regression of the top sub-group and second linear regression of the top sub-group , where the second linear regression has reversed the first and second axis relative to the first linear regression ; and
A process for the preparation of alpha-olefin oligomers, comprising contacting an olefinic feedstock comprising C 5 to C 20 alpha-olefins with a liquid complex catalyst comprising: (i) at least one metal halide salt of the formula MX 3 , wherein M is selected from aluminium and gallium, and each X is independently selected from chlorine, bromine and iodine; and (ii) at least one Lewis basic donor ligand containing a donor atom selected from oxygen, sulphur, nitrogen and phosphorus, wherein the at least one Lewis basic donor ligand is selected from the group of compounds consisting of ketones, sulfoxides, phosphine-oxides, ureas, amides, thioketones, thioureas, thioamides, thioethers, amines, nitriles and phosphines; wherein the molar ratio of the at least one metal halide salt to the at least one Lewis basic donor ligand is in the range of from 1:1 to 4:1. (i) at least one metal halide salt of the formula MX 3 , wherein M is selected from aluminium and gallium, and each X is independently selected from chlorine, bromine and iodine; and (ii) at least one Lewis basic donor ligand containing a donor atom selected from oxygen, sulphur, nitrogen and phosphorus, wherein the at least one Lewis basic donor ligand is selected from the group of compounds consisting of ketones, sulfoxides, phosphine-oxides, ureas, amides, thioketones, thioureas, thioamides, thioethers, amines, nitriles and phosphines;
A method of wrapping a vehicle, the method comprises applying a wrapping film to a vehicle, characterised in that the method comprises locating a thermochromic material in, adjacent or proximate an area requiring post-heating by removably securing it to the wrapping film, heating the wrapping film to effect a post-heating operation until the thermochromic material changes colour and subsequently removing the thermochromic material.
A method, comprising: capturing an image of a scene; performing segmentation of the image based on image content to generate a plurality of image segments , each of the plurality of image segments associated with spatial coordinates indicative of a location of each segment in the scene wherein the segments are non-uniform comprising an irregular geometry and wherein at least one border associated with one of the segments follows a border of an object associated with the image; obtaining, by LIDAR unit , depth values corresponding to at least a subset of the spatial coordinates, wherein the LIDAR unit is steerable to selectively obtain the depth values; and generating a depth map of the scene based on the depth values and the spatial coordinates. capturing an image of a scene; performing segmentation of the image based on image content to generate a plurality of image segments , each of the plurality of image segments associated with spatial coordinates indicative of a location of each segment in the scene wherein the segments are non-uniform comprising an irregular geometry and wherein at least one border associated with one of the segments follows a border of an object associated with the image; obtaining, by LIDAR unit , depth values corresponding to at least a subset of the spatial coordinates, wherein the LIDAR unit is steerable to selectively obtain the depth values; and generating a depth map of the scene based on the depth values and the spatial coordinates.
An apparatus for a user equipment, the apparatus comprising: - means for receiving , from a first cell, an indication of a measurement configuration valid for a second cell, the second cell being a neighboring cell of the first cell, wherein the measurement configuration indicates cells neighboring the second cell to be measured by the apparatus in case of radio link failure, and the measurement configuration originates from an access node controlling the second cell; - means for performing at least one measurement in accordance with the measurement configuration responsive to a radio link failure of a radio link over which the apparatus is communicating with the first cell; - means for re-establishing the radio link with the access node controlling the second cell; and - means for reporting the results of the at least one measurement to the access node controlling the second cell. - means for receiving , from a first cell, an indication of a measurement configuration valid for a second cell, the second cell being a neighboring cell of the first cell, wherein the measurement configuration indicates cells neighboring the second cell to be measured by the apparatus in case of radio link failure, and the measurement configuration originates from an access node controlling the second cell; - means for performing at least one measurement in accordance with the measurement configuration responsive to a radio link failure of a radio link over which the apparatus is communicating with the first cell; - means for re-establishing the radio link with the access node controlling the second cell; and - means for reporting the results of the at least one measurement to the access node controlling the second cell.
A vehicle motion control device comprising: a vehicle behavior prediction portion that predicts a physical quantity related to a vehicle behavior that occurs when a vehicle maintains a reference route toward a predetermined region on a course and a physical quantity related to a vehicle behavior that occurs when the vehicle shifts to an avoidance route for avoiding the predetermined region ; and a path generation portion that generates a travel path defined by the reference route or the avoidance route in which the physical quantity is smaller than a defined value. a vehicle behavior prediction portion that predicts a physical quantity related to a vehicle behavior that occurs when a vehicle maintains a reference route toward a predetermined region on a course and a physical quantity related to a vehicle behavior that occurs when the vehicle shifts to an avoidance route for avoiding the predetermined region ; and a path generation portion that generates a travel path defined by the reference route or the avoidance route in which the physical quantity is smaller than a defined value.