mhurhangee/patent-ind-claim-en huggingface dataset:
Method for tracking jobs in a reprographic apparatus comprising at least one media output location and at least one media source location , the method comprising: - receiving a job , - schedule the job for processing, - determining for a job: • the current media source location of media for usage in processing the job, and • the scheduled output location of media for usage in processing the job, - processing the scheduled job, - displaying a representation of the determined current media source location , the representation comprising visualising a stack of media representing the scheduled job , and - displaying a representation of the determined scheduled output location , the representation comprising visualising a stack of media representing a scheduled job , a stack of media representing a currently being processed job , and a stack of media representing a processed job , wherein each visualisation of a stack of media representing a job comprises a job identifier , the size of each visualised stack of sheets is proportional to the size of the actual stack of sheets for a job, and the representation of the determined current location of media comprises, for a job to be processed or a job being processed, a representation of a media input module of the reprographic apparatus, and visualising a stack of media representing the scheduled job comprises visualising a stack of media in the media input module assigned to the job to be processed or the job being processed. - receiving a job , - schedule the job for processing, - determining for a job: • the current media source location of media for usage in processing the job, and • the scheduled output location of media for usage in processing the job, • the current media source location of media for usage in processing the job, and • the scheduled output location of media for usage in processing the job, - processing the scheduled job, - displaying a representation of the determined current media source location , the representation comprising visualising a stack of media representing the scheduled job , and - displaying a representation of the determined scheduled output location , the representation comprising visualising a stack of media representing a scheduled job , a stack of media representing a currently being processed job , and a stack of media representing a processed job , the size of each visualised stack of sheets is proportional to the size of the actual stack of sheets for a job, and the representation of the determined current location of media comprises, for a job to be processed or a job being processed, a representation of a media input module of the reprographic apparatus, and visualising a stack of media representing the scheduled job comprises visualising a stack of media in the media input module assigned to the job to be processed or the job being processed.
A cryotherapy system for ablating tissue in a target region at an internal surface of a bladder by cryogenic fluid, comprising, an elongated cryotherapy device having a proximal end and a distal end shaped and sized to be introducible into said bladder, comprising: a cryo inflow path within said elongated cryotherapy device , fluidically connecting a cryogenic fluid source with at least one cryo opening at said distal end of said cryotherapy device , wherein said cryo inflow path is configured to allow cryogenic fluid flow from said cryogenic fluid source, and to direct said cryogenic fluid at said target region within said bladder through said cryo opening ; an optics assembly configured to visualize a field of view between said optics assembly and said target region inside said bladder; characterized by further comprising: a washing inflow path within said elongated cryotherapy device , fluidically connecting a washing fluid source with at least one washing opening at said elongated cryotherapy device distal end configured to aim and release washing fluid towards one or both of said optics assembly and said field of view ; at least one washing flow regulator on the washing inflow path configured to adjust the amount of the released washing fluid through the at least one washing opening . a cryo inflow path within said elongated cryotherapy device , fluidically connecting a cryogenic fluid source with at least one cryo opening at said distal end of said cryotherapy device , wherein said cryo inflow path is configured to allow cryogenic fluid flow from said cryogenic fluid source, and to direct said cryogenic fluid at said target region within said bladder through said cryo opening ; an optics assembly configured to visualize a field of view between said optics assembly and said target region inside said bladder; characterized by further comprising: a washing inflow path within said elongated cryotherapy device , fluidically connecting a washing fluid source with at least one washing opening at said elongated cryotherapy device distal end configured to aim and release washing fluid towards one or both of said optics assembly and said field of view ; at least one washing flow regulator on the washing inflow path configured to adjust the amount of the released washing fluid through the at least one washing opening . a washing inflow path within said elongated cryotherapy device , fluidically connecting a washing fluid source with at least one washing opening at said elongated cryotherapy device distal end configured to aim and release washing fluid towards one or both of said optics assembly and said field of view ; at least one washing flow regulator on the washing inflow path configured to adjust the amount of the released washing fluid through the at least one washing opening .
A near-eye display for projecting an image to an eye of an observer, the near-eye display comprising: (a) a light-guide optical element (LOE) having first and second major external surfaces that are planar and mutually parallel; (b) an image projector adapted to project illumination corresponding to the image, said image projector being optically coupled to said LOE so as to introduce the illumination into said LOE so as to propagate within said LOE , said image projector comprising: (i) at least one light-generating laser diode , and (ii) a controller for actuating said laser diode to generate light; and (c) a coupling-out arrangement comprising a plurality of mutually-parallel, partially-reflective surfaces associated with said LOE at an oblique angle to said first major external surface for coupling the illumination out of said LOE towards the eye of the observer, said coupling-out arrangement having a spacing between adjacent surfaces of said plurality of partially-reflective surfaces , wherein said light-generating laser diode has a characteristic variation of coherence length of generated light as a function of diode actuation power, characterized in that the illumination is adapted to propagate within said LOE by total internal reflection at said first and second major external surfaces; and said controller is configured to actuate said laser diode at a level of diode actuation power that generates light with a coherence length less than twice said spacing between adjacent surfaces of said plurality of partially-reflective surfaces . (a) a light-guide optical element (LOE) having first and second major external surfaces that are planar and mutually parallel; (b) an image projector adapted to project illumination corresponding to the image, said image projector being optically coupled to said LOE so as to introduce the illumination into said LOE so as to propagate within said LOE , said image projector comprising: (i) at least one light-generating laser diode , and (ii) a controller for actuating said laser diode to generate light; and (i) at least one light-generating laser diode , and (ii) a controller for actuating said laser diode to generate light; and (c) a coupling-out arrangement comprising a plurality of mutually-parallel, partially-reflective surfaces associated with said LOE at an oblique angle to said first major external surface for coupling the illumination out of said LOE towards the eye of the observer, said coupling-out arrangement having a spacing between adjacent surfaces of said plurality of partially-reflective surfaces , wherein said light-generating laser diode has a characteristic variation of coherence length of generated light as a function of diode actuation power, characterized in that the illumination is adapted to propagate within said LOE by total internal reflection at said first and second major external surfaces; and said controller is configured to actuate said laser diode at a level of diode actuation power that generates light with a coherence length less than twice said spacing between adjacent surfaces of said plurality of partially-reflective surfaces .
A combination comprising: a) an air tight container having a water reservoir ; and b) an injector being retained in the container , wherein the injector is adapted to fold and inject an intraocular lens into an eye of a patient; and c) the intraocular lens being foldable and hydrophilic and disposed unfolded within the injector so as not to be in direct contact with the water reservoir , characterized in that the container comprises a tray having an elongate compartment wherein the tray comprises a bottom wall and side walls wherein the water reservoir is provided by blind holes in interior surfaces of the bottom wall and side walls of the tray , wherein the water reservoir retains between 0.5 and 3 ml of water, wherein the blind holes span a majority of the length and width of the tray . a) an air tight container having a water reservoir ; and b) an injector being retained in the container , wherein the injector is adapted to fold and inject an intraocular lens into an eye of a patient; and c) the intraocular lens being foldable and hydrophilic and disposed unfolded within the injector so as not to be in direct contact with the water reservoir ,
Method for controlling, in particular navigating, at least one autonomous working device, in particular an autonomous lawn mower, within a working region , wherein in at least one method step working region data, in particular map data of the working region, are captured, wherein in at least one method step sensor data of the autonomous working device are captured, wherein in at least one method step at least one probability characteristic of possible states of the autonomous working device within the working region that describes at least a localization uncertainty, in particular a sensing and/or movement uncertainty, of the autonomous working device is evaluated for determining at least one path of movement of the autonomous working device that covers the working region at least substantially completely, characterized in that in at least one method step at least one collision probability of the autonomous working device with at least one obstacle in the working region that is determined in dependence on a position of the obstacle and the at least one probability characteristic, in particular the localization uncertainty, of the autonomous working device, is taken into consideration for the determination of the path of movement , wherein the collision probability of the autonomous working device is determined at each possible position of the autonomous working device within the working region and is taken into consideration for the determination of the path of movement . in at least one method step at least one collision probability of the autonomous working device with at least one obstacle in the working region that is determined in dependence on a position of the obstacle and the at least one probability characteristic, in particular the localization uncertainty, of the autonomous working device, is taken into consideration for the determination of the path of movement , wherein the collision probability of the autonomous working device is determined at each possible position of the autonomous working device within the working region and is taken into consideration for the determination of the path of movement .
A guide element for bicycle drive means, comprising a main bearing pin for fixing a swing arm bearing of a rear wheel swing structure , and a spacer sleeve which is arranged on the main bearing pin for reducing the remaining distance in a gap between a drive ring and a bicycle frame element so as to prevent the drive means from slipping off or being thrown off inwards, wherein the spacer sleeve is fastened to the main bearing pin via a fastening means , and the spacer sleeve is connected to an extension , wherein, in the mounted state, the extension is arranged radially with respect to the drive ring so that the drive means is arranged between the drive ring and the extension , characterized in that the position of the extension is defined by rotating the spacer sleeve . a main bearing pin for fixing a swing arm bearing of a rear wheel swing structure , and a spacer sleeve which is arranged on the main bearing pin for reducing the remaining distance in a gap between a drive ring and a bicycle frame element so as to prevent the drive means from slipping off or being thrown off inwards, wherein the spacer sleeve is fastened to the main bearing pin via a fastening means , and the spacer sleeve is connected to an extension , the spacer sleeve is fastened to the main bearing pin via a fastening means , and the spacer sleeve is connected to an extension , wherein, in the mounted state, the extension is arranged radially with respect to the drive ring so that the drive means is arranged between the drive ring and the extension , characterized in that the position of the extension is defined by rotating the spacer sleeve .
A method for preparing a multilayer microparticle, the method comprising: (a) forming a layer comprising a first polymer on a solid planar surface that is the base of a well by depositing a first composition one or more times on the solid surface, wherein the first composition comprises the first polymer and a first solvent, and evaporating the first solvent in the deposited first composition; (b) forming a layer comprising a second polymer and a therapeutic agent by depositing a second composition on all or part of the layer formed in step (a), wherein the second composition comprises the second polymer, the therapeutic agent, and a second solvent; and evaporating the second solvent in the deposited second composition; and (c) forming an additional layer comprising a third polymer by depositing a third composition one or more times on a previously formed layer, wherein the third composition comprises the third polymer and a third solvent; and evaporating the third solvent in the deposited third composition; wherein the first and the third compositions do not contain a therapeutic agent; wherein the first, second, and third polymers are poly(lactic-co-glycolic acid) (PLGA), and wherein the average molecular weight of the first and the third polymers is greater than the average molecular weight of the second polymer by at least 40 kilodalton. (a) forming a layer comprising a first polymer on a solid planar surface that is the base of a well by depositing a first composition one or more times on the solid surface, wherein the first composition comprises the first polymer and a first solvent, and evaporating the first solvent in the deposited first composition; (b) forming a layer comprising a second polymer and a therapeutic agent by depositing a second composition on all or part of the layer formed in step (a), wherein the second composition comprises the second polymer, the therapeutic agent, and a second solvent; and evaporating the second solvent in the deposited second composition; and (c) forming an additional layer comprising a third polymer by depositing a third composition one or more times on a previously formed layer, wherein the third composition comprises the third polymer and a third solvent; and evaporating the third solvent in the deposited third composition; wherein the first and the third compositions do not contain a therapeutic agent; wherein the first, second, and third polymers are poly(lactic-co-glycolic acid) (PLGA), and wherein the average molecular weight of the first and the third polymers is greater than the average molecular weight of the second polymer by at least 40 kilodalton.
A plurality of conjugates or any composition comprising said plurality of conjugates, wherein each conjugate comprises a particle, at least one linker and at least one 4-(aminomethyl)-cyclo- hexane-carboxylic acid (tranexamic acid), wherein the conjugate is: wherein represents a particle; and wherein the plurality of conjugates comprises at least two different conjugates.
A substrate unit , comprising: a first substrate part having rigidity; a second substrate part stacked on one surface of the first substrate part and having flexibility; a third substrate part extending outwardly from the second substrate part and having flexibility; and wherein the first substrate part comprises a recessed portion that is inwardly recessed so as to prevent interference between the first substrate part and the third substrate part as well as to prevent damage of the third substrate part , and a protruding corner portion outwardly protruding from the first substrate part , wherein the third substrate part is disposed on one side of the recessed portion , and the other side of the recessed portion is disposed with the protruding corner portion , characterised in that the portion where the edge portion of the first substrate part and the edge portion of the third substrate part meet is disposed between a first imaginary extension line extended from the free end side of the protruding corner portion and running orthogonal to a lateral side of the third substrate part and a second imaginary extension line parallel with the first imaginary line extended from a bottom surface of the recessed portion and running orthogonal to a lateral side of the third substrate part . a first substrate part having rigidity; a second substrate part stacked on one surface of the first substrate part and having flexibility; a third substrate part extending outwardly from the second substrate part and having flexibility; and wherein the first substrate part comprises a recessed portion that is inwardly recessed so as to prevent interference between the first substrate part and the third substrate part as well as to prevent damage of the third substrate part , and a protruding corner portion outwardly protruding from the first substrate part , wherein the third substrate part is disposed on one side of the recessed portion , and the other side of the recessed portion is disposed with the protruding corner portion , characterised in that the portion where the edge portion of the first substrate part and the edge portion of the third substrate part meet is disposed between a first imaginary extension line extended from the free end side of the protruding corner portion and running orthogonal to a lateral side of the third substrate part and a second imaginary extension line parallel with the first imaginary line extended from a bottom surface of the recessed portion and running orthogonal to a lateral side of the third substrate part .
An injectable slurry comprising: a plurality of sterile ice particles having a largest cross-sectional dimension less than about 1.5 mm; and a biocompatible surfactant selected from glycerol, urea, polysorbates, or a combination thereof. a plurality of sterile ice particles having a largest cross-sectional dimension less than about 1.5 mm; and a biocompatible surfactant selected from glycerol, urea, polysorbates, or a combination thereof.
A process of producing one or more fatty acid alkyl esters, comprising: contacting one or more fatty acid glycerides with one or more alcohols in the presence of a catalyst and a promoter to produce one or more reaction products, wherein the catalyst comprises molybdenum trioxide and the promoter comprises phosphorus; separating one or more of the reaction products from the catalyst; and separating one or more of the fatty acid alkyl esters from the reaction products. contacting one or more fatty acid glycerides with one or more alcohols in the presence of a catalyst and a promoter to produce one or more reaction products, wherein the catalyst comprises molybdenum trioxide and the promoter comprises phosphorus; separating one or more of the reaction products from the catalyst; and separating one or more of the fatty acid alkyl esters from the reaction products.
A 3D scanner system adapted for intraoral scanning and for recording a digital 3D representation of an object by a scanning procedure, wherein the scanner system comprises: - a handheld scanner capable of recording surface data for the object when operated in a scanning-mode; - control unit configured for generating a digital 3D representation of the object from the recorded surface data; and - a display for displaying the digital 3D representation of the object; where the handheld scanner comprises an interaction device providing for manual interaction with the control unit where: a first type of activation of the interaction device provides that the system enters the scanning-mode, and a second type of activation of the interaction device provides that the scanner system enters a menu-mode in which a menu comprising one or more menu options is presented on the display and the handheld scanner is configured for selecting among the presented menu options , and wherein the first and second types of activation both are performed with the interaction device , where the first type of activation comprises a short activation of the interaction device characterized in that the second type of activation comprises maintaining the activation of the interaction device until the desired menu option is selected, wherein the handheld scanner comprises at least one motion sensor configured for detecting movement of the handheld scanner at least while operating in the menu-mode and the control unit is configured for translating the detected movement into a selection of a menu option . - a handheld scanner capable of recording surface data for the object when operated in a scanning-mode; - control unit configured for generating a digital 3D representation of the object from the recorded surface data; and - a display for displaying the digital 3D representation of the object; a first type of activation of the interaction device provides that the system enters the scanning-mode, and a second type of activation of the interaction device provides that the scanner system enters a menu-mode in which a menu comprising one or more menu options is presented on the display and the handheld scanner is configured for selecting among the presented menu options , and wherein the first and second types of activation both are performed with the interaction device , where the first type of activation comprises a short activation of the interaction device characterized in that the second type of activation comprises maintaining the activation of the interaction device until the desired menu option is selected, wherein the handheld scanner comprises at least one motion sensor configured for detecting movement of the handheld scanner at least while operating in the menu-mode and the control unit is configured for translating the detected movement into a selection of a menu option .