mhurhangee/patent-ind-claim-en huggingface dataset:
Assembly for transferring cut flowers from cultivation beds towards a processing unit , comprising: - at least one harvesting apparatus for moving over, and harvesting the cut flowers from a selected one of the cultivation beds , which harvesting apparatus is provided with a first buffer for temporarily buffering harvested cut flowers; - at least one transportation vehicle for transporting cut flowers and adapted for following an endless path between the cultivation beds and the processing unit ; - for each harvesting apparatus a transfer vehicle adapted for moving along a path over a respective cultivation bed for transferring cut flowers from the first buffer of the harvesting apparatus towards a transportation vehicle ; - a second buffer positioned between the endless path and the processing unit , adapted for receiving cut flowers from a transportation vehicle and for temporarily buffering said received cut flowers and thereafter offering the cut flowers to the processing unit; - a number of separate transportation units for cut flowers , each comprising a frame and a number of holding means intended for engaging and holding cut flowers, wherein at least each transportation vehicle and the second buffer are adapted for transporting and buffering, respectively, the cut flowers by means of at least one transportation unit .
A method , performed in an accessory device , for providing information to a user about the operating state of a base plate of an ostomy appliance of an ostomy system , wherein the accessory device comprises an interface configured to communicate with a monitor device of the ostomy system , the interface comprising a display , and wherein the base plate of the ostomy appliance is configured to be placed on a skin surface of a user, the method comprising: - obtaining monitor data from the monitor device via the interface of the accessory device; and - determining a current operating state of the base plate of the ostomy appliance based on the monitor data, the current operating state indicative of current adhesive performance of the base plate of the ostomy appliance; the method being characterised by the steps of: - determining a future operating state of the base plate of the ostomy appliance based on the monitor data and the current operating state, the future operating state indicative of future adhesive performance of the base plate of the ostomy appliance; and - displaying , on the display, a first user interface screen comprising a first primary user interface object representing the current operating state of the base plate and a first secondary user interface object representing the future operating state of the base plate. - obtaining monitor data from the monitor device via the interface of the accessory device; and - determining a current operating state of the base plate of the ostomy appliance based on the monitor data, the current operating state indicative of current adhesive performance of the base plate of the ostomy appliance; - determining a future operating state of the base plate of the ostomy appliance based on the monitor data and the current operating state, the future operating state indicative of future adhesive performance of the base plate of the ostomy appliance; and - displaying , on the display, a first user interface screen comprising a first primary user interface object representing the current operating state of the base plate and a first secondary user interface object representing the future operating state of the base plate.
Device for producing packaging, in particular for processing package sleeves , comprising: - a mandrel wheel with a mandrel wheel shaft with a central axis , - a plurality of mandrels fastened to the mandrel wheel shaft , - wherein the mandrels form at least one mandrel group, whose mandrels are arranged in a plane perpendicular to the central axis of the mandrel wheel shaft , - a first processing station (B1-B5) which is arranged on the mandrel wheel and comprises a drive (A1-A5), - a second processing station (B1-B5) which is arranged on the mandrel wheel and comprises a drive (A1-A5) - wherein one of the processing stations (B1-B5) is a press and one of the processing stations is a folding device (B3), and - a mandrel wheel drive to drive the mandrel wheel shaft , - wherein the mandrel wheel drive is mechanically uncoupled from both drives (A1-A5) of the at least two processing stations (B1-B5), characterised in that - a drive unit comprising an electric motor and a gearbox is used to drive at least one processing station (B1-B5), or a direct drive, i.e. an electric motor without a separate transmission, is used to drive at least one processing station (B1-B5), that - a drive unit comprising an electric motor and a transmission is used as the mandrel wheel drive , or a direct drive, i.e. an electric motor without a separate transmission, is used as the mandrel wheel drive , and that - the drive of the device has a control unit in which at least one time characteristic of a mass moment of inertia is stored for position control of the electric motor of the mandrel wheel drive by means of torque pre-control. - a mandrel wheel with a mandrel wheel shaft with a central axis , - a plurality of mandrels fastened to the mandrel wheel shaft , - wherein the mandrels form at least one mandrel group, whose mandrels are arranged in a plane perpendicular to the central axis of the mandrel wheel shaft , - a first processing station (B1-B5) which is arranged on the mandrel wheel and comprises a drive (A1-A5), - a second processing station (B1-B5) which is arranged on the mandrel wheel and comprises a drive (A1-A5) - wherein one of the processing stations (B1-B5) is a press and one of the processing stations is a folding device (B3), and - a mandrel wheel drive to drive the mandrel wheel shaft , - wherein the mandrel wheel drive is mechanically uncoupled from both drives (A1-A5) of the at least two processing stations (B1-B5), - a drive unit comprising an electric motor and a gearbox is used to drive at least one processing station (B1-B5), or a direct drive, i.e. an electric motor without a separate transmission, is used to drive at least one processing station (B1-B5), that - a drive unit comprising an electric motor and a transmission is used as the mandrel wheel drive , or a direct drive, i.e. an electric motor without a separate transmission, is used as the mandrel wheel drive , and that - the drive of the device has a control unit in which at least one time characteristic of a mass moment of inertia is stored for position control of the electric motor of the mandrel wheel drive by means of torque pre-control.
An eye tracking calibration system comprising: a scene analysis module to receive a video stream from a scene facing camera and to analyze said video stream to detect moving objects and to estimate angular locations of said moving objects over a period of time, wherein said moving objects include two or more objects; a gaze estimation module to receive images from an eye tracking camera and to estimate gaze angles of a user's eye, based on said images, over said period of time; and characterised by : an object trajectory matching module to compute, for each moving object, a first distance measure based on the minimization over a set of eye tracking calibration angles of a distance value between said object angular locations and said gaze angles, and further to decide on acceptance of said each moving object for use in calibration based on said first distance measure not exceeding a distance measure threshold; and a calibration module to estimate eye tracking calibration angles based on a minimization of a second distance measure over the set of eye tracking calibration angles, said second distance measure computed as a sum of distances between said angular locations of all said accepted moving objects and said gaze angles. a scene analysis module to receive a video stream from a scene facing camera and to analyze said video stream to detect moving objects and to estimate angular locations of said moving objects over a period of time, wherein said moving objects include two or more objects; a gaze estimation module to receive images from an eye tracking camera and to estimate gaze angles of a user's eye, based on said images, over said period of time; and characterised by : an object trajectory matching module to compute, for each moving object, a first distance measure based on the minimization over a set of eye tracking calibration angles of a distance value between said object angular locations and said gaze angles, and further to decide on acceptance of said each moving object for use in calibration based on said first distance measure not exceeding a distance measure threshold; and a calibration module to estimate eye tracking calibration angles based on a minimization of a second distance measure over the set of eye tracking calibration angles, said second distance measure computed as a sum of distances between said angular locations of all said accepted moving objects and said gaze angles. an object trajectory matching module to compute, for each moving object, a first distance measure based on the minimization over a set of eye tracking calibration angles of a distance value between said object angular locations and said gaze angles, and further to decide on acceptance of said each moving object for use in calibration based on said first distance measure not exceeding a distance measure threshold; and a calibration module to estimate eye tracking calibration angles based on a minimization of a second distance measure over the set of eye tracking calibration angles, said second distance measure computed as a sum of distances between said angular locations of all said accepted moving objects and said gaze angles.
A system comprising: a memory configured to store one or more images of a patient and one or more software applications; a display configured to present the one or more images of a patient; a user interface configured to be presented on the display in combination with the one or more images of a patient to enable the identification of one or more image locations depicting symptoms of chronic obstructive pulmonary disease (COPD) by rendering coarse thresholded values of the one or more images as a 3-dimensional model of the affected areas of the lungs; an extended working channel navigable to one or more actual locations within a patient corresponding to the one or more image locations; an electromagnetic field generator ; a sensor associated with the extended working channel, the sensor adapted to detect a field produced by the electromagnetic field generator, wherein the sensed field enables determination of the location of the sensor in the electromagnetic field; a processor adapted to execute one of the one or more software applications to register the one or more images of a patient with the determined location of the sensor such that the determined location of the sensor is presented on the user interface; and a microwave ablation catheter , extendible through the extended working channel to treat the actual location in the patient corresponding to the image location depicting symptoms of COPD. a memory configured to store one or more images of a patient and one or more software applications; a display configured to present the one or more images of a patient; a user interface configured to be presented on the display in combination with the one or more images of a patient to enable the identification of one or more image locations depicting symptoms of chronic obstructive pulmonary disease (COPD) by rendering coarse thresholded values of the one or more images as a 3-dimensional model of the affected areas of the lungs; an extended working channel navigable to one or more actual locations within a patient corresponding to the one or more image locations; an electromagnetic field generator ; a sensor associated with the extended working channel, the sensor adapted to detect a field produced by the electromagnetic field generator, wherein the sensed field enables determination of the location of the sensor in the electromagnetic field; a processor adapted to execute one of the one or more software applications to register the one or more images of a patient with the determined location of the sensor such that the determined location of the sensor is presented on the user interface; and a microwave ablation catheter , extendible through the extended working channel to treat the actual location in the patient corresponding to the image location depicting symptoms of COPD.
Method for protecting printed data on a transfer film of a heat-transfer printer for a plastic card comprising a print head , the protection method comprising: - a first printing step during which the transfer film and the plastic card advance simultaneously over a printing length L 0 under the print head and during which the print head heats according to the text to be printed, - a rewinding step during which the transfer film is rewound over a rewinding length L 0 +/-d different from the printing length L 0 , and during which the plastic card is brought upstream of the print head , - a subsequent printing step during which the transfer film and the plastic card advance simultaneously over another printing length under the print head and during which the print head heats according to the text to be printed, and - an ejection step during which the plastic card is expelled from the printer . - a first printing step during which the transfer film and the plastic card advance simultaneously over a printing length L 0 under the print head and during which the print head heats according to the text to be printed, - a rewinding step during which the transfer film is rewound over a rewinding length L 0 +/-d different from the printing length L 0 , and during which the plastic card is brought upstream of the print head , - a subsequent printing step during which the transfer film and the plastic card advance simultaneously over another printing length under the print head and during which the print head heats according to the text to be printed, and - an ejection step during which the plastic card is expelled from the printer .
A system for treating tissue, said system comprising: a probe comprising a shaft having a treatment device including a needle and an imaging transducer configured to produce an image field; and a system controller including a screen for causing an image produced by the imaging transducer to be displayed on the screen , wherein the system controller is configured to cause the image to be overlaid with projected treatment information, wherein the projected treatment information comprises a projected treatment boundary and wherein the system controller is adapted such that a user can manipulate the probe to align the projected treatment boundary with a target anatomy (F) in the image field visible on the screen . a probe comprising a shaft having a treatment device including a needle and an imaging transducer configured to produce an image field; and a system controller including a screen for causing an image produced by the imaging transducer to be displayed on the screen , wherein the system controller is configured to cause the image to be overlaid with projected treatment information, wherein the projected treatment information comprises a projected treatment boundary and wherein the system controller is adapted such that a user can manipulate the probe to align the projected treatment boundary with a target anatomy (F) in the image field visible on the screen .
A brewing unit for preparing beverages from pre-packed capsules (C), comprising: a supporting structure ; a brewing chamber supported by said supporting structure and comprising a first brewing chamber portion and a second brewing chamber portion , movable one with respect to the other along an opening and closing direction (F) from an open position to a closed position and vice-versa; an actuation mechanism for closing and opening the brewing chamber ; a capsule insertion aperture ; a capsule guiding arrangement between the capsule insertion aperture and a capsule intermediate position, comprising a first component and a second component , the second component being pivotally mounted on the stationary structure around a pivoting axis approximately orthogonal the opening and closing direction (F); characterized in that : the first component of the capsule guiding arrangement is stationarily mounted on the supporting structure and comprises a first capsule contacting surface , configured and arranged for engaging a top surface (Cs) of a capsule (C) which is introduced in the brewing unit ; and the second component of the capsule guiding arrangement comprises second capsule contacting surfaces , configured and arranged for engaging a capsule rim (R) surrounding the capsule (C), on a rim surface opposite said top surface (Cs). a supporting structure ; a brewing chamber supported by said supporting structure and comprising a first brewing chamber portion and a second brewing chamber portion , movable one with respect to the other along an opening and closing direction (F) from an open position to a closed position and vice-versa; an actuation mechanism for closing and opening the brewing chamber ; a capsule insertion aperture ; a capsule guiding arrangement between the capsule insertion aperture and a capsule intermediate position, comprising a first component and a second component , the second component being pivotally mounted on the stationary structure around a pivoting axis approximately orthogonal the opening and closing direction (F); characterized in that : the first component of the capsule guiding arrangement is stationarily mounted on the supporting structure and comprises a first capsule contacting surface , configured and arranged for engaging a top surface (Cs) of a capsule (C) which is introduced in the brewing unit ; and the second component of the capsule guiding arrangement comprises second capsule contacting surfaces , configured and arranged for engaging a capsule rim (R) surrounding the capsule (C), on a rim surface opposite said top surface (Cs).
A process for the production of spunbonded nonwoven wherein a spinning mass is extruded through the nozzle holes of at least one spinneret to form filaments , the filaments are drawn in the extrusion direction and deposited on a first conveying device to form the spunbonded nonwoven , and wherein the spunbonded nonwoven is subjected to at least one washing , characterized in that the spunbonded nonwoven is subjected to the washing at least partially on a perforated second conveying device with a lower conveying speed with respect to that of the first conveying device , wherein the spunbonded nonwoven is sprayed with washing liquid during the washing and the washing liquid is discharged at least partially through the perforated second conveying device .
A method for adaptive resolution coding, characterized by : increasing a bit depth of an image to be used as a reference image to a greater precision than before the bit depth increase, wherein an increase in bit depth is performed on a per picture basis; resizing and performing motion compensation on the increased bit depth reference image; storing the increased bit depth image, wherein an increase in depth is performed only for images of a specified resolution. increasing a bit depth of an image to be used as a reference image to a greater precision than before the bit depth increase, wherein an increase in bit depth is performed on a per picture basis; resizing and performing motion compensation on the increased bit depth reference image; storing the increased bit depth image, wherein an increase in depth is performed only for images of a specified resolution.
A catheter comprising: a tubular catheter shaft extending from a proximal end to a distal end and including a main body and a distal end portion , the main body including an inner layer defining a first inner space , a first of two portions of a coil body wound around the outer periphery of the inner layer and made of a metal, and a first of two portions of an outer layer that covers the outer periphery of the first of two portions of the coil body ; and a tubular distal end tip defining a second inner space that communicates with the first inner space , the distal end tip being provided at a distal end of the catheter shaft and made of a metal, characterized in that the distal end portion includes the second portion of the coil body and the second portion of outer layer that covers the outer periphery of the second portion of the coil body , and the distal end tip that does not include the inner layer is bonded to the distal end of the second portion of the coil body and the inner surface of the second portion of the coil body in the distal end portion . a tubular catheter shaft extending from a proximal end to a distal end and including a main body and a distal end portion , the main body including an inner layer defining a first inner space , a first of two portions of a coil body wound around the outer periphery of the inner layer and made of a metal, and a first of two portions of an outer layer that covers the outer periphery of the first of two portions of the coil body ; and a tubular distal end tip defining a second inner space that communicates with the first inner space , the distal end tip being provided at a distal end of the catheter shaft and made of a metal, characterized in that the distal end portion includes the second portion of the coil body and the second portion of outer layer that covers the outer periphery of the second portion of the coil body , and the distal end tip that does not include the inner layer is bonded to the distal end of the second portion of the coil body and the inner surface of the second portion of the coil body in the distal end portion .
Hearing system , comprising at least one hearing device , to be worn behind an ear, in the ear or completely in an ear canal of an individual or to be implanted and adapted to improve the individual's acoustical perception, and at least one additional device , wherein the hearing system includes - a first processing unit ; - a second processing unit ; - a scheduling unit for jointly scheduling tasks to be executed in said first processing unit and tasks to be executed in said second processing unit , wherein said first and said second processing units are each comprised in a different device of said at least two devices of the hearing system , said two different devices being operationally interconnected in a wireless fashion, characterised in that said scheduling unit is distributed among said at least two devices of said hearing system , and in that any of said at least two devices of said hearing system can request the execution of said tasks, wherein the device which most recently requested the execution of a task will carry out the next step of said joint scheduling. - a first processing unit ; - a second processing unit ; - a scheduling unit for jointly scheduling tasks to be executed in said first processing unit and tasks to be executed in said second processing unit ,
A mass spectrometer comprising a display unit configured to show a result of tuning, the display unit having a display area comprising: a) a tuning-item displaying section configured to display all tuning items and a result of whether each tuning item has been tuned; characterized in that the display area further comprises: b) an analyzable-condition displaying section configured to display a condition under which an analysis is possible based on the result. a) a tuning-item displaying section configured to display all tuning items and a result of whether each tuning item has been tuned; b) an analyzable-condition displaying section configured to display a condition under which an analysis is possible based on the result.