mhurhangee/patent-ind-claim-en huggingface dataset:
A protective device for protecting a head from impact, the device comprising: a shell substantially formed in a dome-shape and having a first outer edge ; an inner layer substantially formed in the dome-shape disposed within the shell , having an second outer edge and arranged at a gap distance in a direction of the surface normal of the shell , at least one connecting member interconnecting the shell and inner layer by interconnecting the first outer edge and the second outer edge , an intermediary structure comprising a plurality of deformable elements arranged in a single layer, wherein each of the deformable elements , in an un-deformed state, is arranged in simultaneous contact with the shell , the inner layer and at least one other deformable element of the deformable elements , wherein each of the deformable elements comprises a first rounded surface facing the shell, seen along the radial direction, and a second rounded surface facing the inner layer, and is formed as a selection of any of a sphere, an ellipsoid or a cylinder having rounded ends, wherein the simultaneous contact of the deformable elements absorbs impact energy from a tangential component (TC) of an impact force, at a point of impact to the shell , by rolling along a curvature of the shell . a shell substantially formed in a dome-shape and having a first outer edge ; an inner layer substantially formed in the dome-shape disposed within the shell , having an second outer edge and arranged at a gap distance in a direction of the surface normal of the shell , at least one connecting member interconnecting the shell and inner layer by interconnecting the first outer edge and the second outer edge , an intermediary structure comprising a plurality of deformable elements arranged in a single layer, wherein each of the deformable elements , in an un-deformed state, is arranged in simultaneous contact with the shell , the inner layer and at least one other deformable element of the deformable elements , wherein each of the deformable elements comprises a first rounded surface facing the shell, seen along the radial direction, and a second rounded surface facing the inner layer, and is formed as a selection of any of a sphere, an ellipsoid or a cylinder having rounded ends, wherein the simultaneous contact of the deformable elements absorbs impact energy from a tangential component (TC) of an impact force, at a point of impact to the shell , by rolling along a curvature of the shell .
A computer-implemented method for analysing echocardiograms, the method comprising: obtaining a plurality of pairs of consecutive echocardiograms for a plurality of subjects from a database , each echocardiogram having an associated indication, comprising one or more observational or diagnostic statements input by a user of the content of the echocardiogram; analysing each pair of consecutive echocardiograms to determine an associated class by automatic comparison between said observational or diagnostic statements associated with each of the pair of consecutive echocardiograms, the class indicating whether there is a change or no change between the consecutive echocardiograms in the pair, said change between the consecutive echocardiograms refers to a change in the cardiac function and/or structure of the heart as represented in the consecutive echocardiograms; for each pair of consecutive echocardiograms, determining an abstract representation of each echocardiogram by performing at layers of a convolutional deep learning network one or more convolutions and/or reductions on the echocardiograms in the pair, the abstract representation comprising one or more features indicative of the class of the pair; and training a predictive model to determine the class for a new pair of echocardiograms based on the abstract representations for the plurality of pairs of consecutive echocardiograms. obtaining a plurality of pairs of consecutive echocardiograms for a plurality of subjects from a database , each echocardiogram having an associated indication, comprising one or more observational or diagnostic statements input by a user of the content of the echocardiogram; analysing each pair of consecutive echocardiograms to determine an associated class by automatic comparison between said observational or diagnostic statements associated with each of the pair of consecutive echocardiograms, the class indicating whether there is a change or no change between the consecutive echocardiograms in the pair, said change between the consecutive echocardiograms refers to a change in the cardiac function and/or structure of the heart as represented in the consecutive echocardiograms; for each pair of consecutive echocardiograms, determining an abstract representation of each echocardiogram by performing at layers of a convolutional deep learning network one or more convolutions and/or reductions on the echocardiograms in the pair, the abstract representation comprising one or more features indicative of the class of the pair; and training a predictive model to determine the class for a new pair of echocardiograms based on the abstract representations for the plurality of pairs of consecutive echocardiograms.
An optical fiber cable comprising: a cable core arranged at a central portion and accommodating a plurality of optical fibers gathered together; an inner layer sheath arranged on an outer circumference of the cable core and sheathing the cable core ; a metal sheath arranged on an outer circumference of the inner layer sheath and wound around the inner layer sheath ; an outer layer sheath arranged on an outer circumference of the metal sheath and sheathing the metal sheath ; and at least one outer sheath tearing string arranged in a longitudinal direction inside the metal sheath , wherein the outer sheath tearing string has a part embedded in the inner layer sheath and another part exposed from the inner layer sheath , characterized in that the metal sheath has a part single-wound and the rest double-wound around the outer circumference of the cable core , and the at least one outer sheath tearing string is arranged inside the single-wound part, the optical fiber cable further comprising a continuous protrusion arranged on the outer peripheral surface of the inner layer sheath and extending along the outer sheath tearing string . a cable core arranged at a central portion and accommodating a plurality of optical fibers gathered together; an inner layer sheath arranged on an outer circumference of the cable core and sheathing the cable core ; a metal sheath arranged on an outer circumference of the inner layer sheath and wound around the inner layer sheath ; an outer layer sheath arranged on an outer circumference of the metal sheath and sheathing the metal sheath ; and at least one outer sheath tearing string arranged in a longitudinal direction inside the metal sheath , wherein the outer sheath tearing string has a part embedded in the inner layer sheath and another part exposed from the inner layer sheath , characterized in that the metal sheath has a part single-wound and the rest double-wound around the outer circumference of the cable core , and the at least one outer sheath tearing string is arranged inside the single-wound part, the optical fiber cable further comprising a continuous protrusion arranged on the outer peripheral surface of the inner layer sheath and extending along the outer sheath tearing string .
A method for enabling object recognition using eye gaze tracking, comprising: displaying an image to a user of a scene viewable by the user, wherein the image includes one or more segments associated with augmented reality information; receiving information indicative of an eye gaze of the user; determining an area of interest within the image based on the eye gaze information; determining an image segment based on its proximity to the area of interest; initiating an object recognition process on the image segment, wherein the object recognition process is limited to an area defined by the image segment; displaying an object tag on the display screen if a result of the object recognition process indicates that augmented reality information is available, wherein the object tag remains in a fixed position on the display screen for a duration of time; displaying an augmented reality information on the display screen if the eye gaze of the user is directed on or about the object tag at the fixed position; and hiding the object tag if the eye gaze of the user is not directed on or about the object tag. displaying an image to a user of a scene viewable by the user, wherein the image includes one or more segments associated with augmented reality information; receiving information indicative of an eye gaze of the user; determining an area of interest within the image based on the eye gaze information; determining an image segment based on its proximity to the area of interest; initiating an object recognition process on the image segment, wherein the object recognition process is limited to an area defined by the image segment; displaying an object tag on the display screen if a result of the object recognition process indicates that augmented reality information is available, wherein the object tag remains in a fixed position on the display screen for a duration of time; displaying an augmented reality information on the display screen if the eye gaze of the user is directed on or about the object tag at the fixed position; and hiding the object tag if the eye gaze of the user is not directed on or about the object tag.
Device for blocking the torsional movement between two coupled-together rail vehicles , wherein the device is suitable for one of the two coupled-together rail vehicles to be configured with a sedan construction, wherein the device comprises at least one planar guide mechanism, wherein, in a first vehicle, the at least one guide mechanism can be arranged in an outer-wall-side end region and guide a point of a member of the guide mechanism substantially horizontally in a certain portion of its guide path, and wherein this point is connected to an associated pivoting device which can be arranged on the second vehicle so as to be pivotable about a vertical axis , and wherein the connection of this point to the associated pivoting device has degrees of freedom about the transverse axis and the perpendicular axis with respect to the coupled rail vehicles .
A roller shutter compartment with a holder for at least one roller shutter shaft being rotatable about an axis of rotation and with at least two rotatably mounted guide rail supports each for a guide rail for lateral guidance of a curtain , at least one first of the two guide rail supports is rotatably mounted to a fixed housing part of the first roller shutter compartment , wherein at least the first guide rail support is rotatable about the axis of rotation of the roller shutter shaft , characterized in that at least the first guide rail support is radially spaced from the roller shutter shaft , whereby no radial forces are transmitted between the guide rail support and the roller shutter shaft .
A method for managing the flight of an aircraft, comprising: - receiving data from recordings of the flight of an aircraft; said data comprising data from sensors and/or data from the onboard avionics; - determining the aircraft state at a point N on the basis of the received data ; - determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N by applying a model learnt by machine learning ; the method being characterised in that the step of determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N comprising the steps of: - determining the flight parameters SEP, FF and N1 on the basis of the aircraft state at point N, by applying a model learnt by machine learning ; and - determining the aircraft state at point N+1 on the basis of the values of flight parameters SEP, FF and N1, by means of trajectory calculation ; where the SEP value denotes the energy available for the aircraft to climb, the FF value denotes the variation in fuel weight and the N1 value denotes the speed of rotation of the first stage of the engine, which influences fuel consumption. - receiving data from recordings of the flight of an aircraft; said data comprising data from sensors and/or data from the onboard avionics; - determining the aircraft state at a point N on the basis of the received data ; - determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N by applying a model learnt by machine learning ; the method being characterised in that the step of determining the state of the aircraft at point N+1 on the basis of the state of the aircraft at point N comprising the steps of: - determining the flight parameters SEP, FF and N1 on the basis of the aircraft state at point N, by applying a model learnt by machine learning ; and - determining the aircraft state at point N+1 on the basis of the values of flight parameters SEP, FF and N1, by means of trajectory calculation ; - determining the flight parameters SEP, FF and N1 on the basis of the aircraft state at point N, by applying a model learnt by machine learning ; and - determining the aircraft state at point N+1 on the basis of the values of flight parameters SEP, FF and N1, by means of trajectory calculation ; where the SEP value denotes the energy available for the aircraft to climb, the FF value denotes the variation in fuel weight and the N1 value denotes the speed of rotation of the first stage of the engine, which influences fuel consumption.
Agricultural working machine , in particular harvesting machine, wherein an internal combustion engine is provided which can be operated at different power levels (LS), at each of which it has a different power characteristic curve (K 1 , K 2 ,... K 10 ), wherein at least one working unit is provided, to which power (P) output by the internal combustion engine can be supplied, and wherein a control device is provided, which is configured to control the internal combustion engine , characterized in that the control device is configured to generate forecast information (I) about a power demand of the at least one working unit that is to be expected and, on the basis of the forecast information (I), to effect automatic switching of the internal combustion engine from one of the power levels (LS) to another of the power levels (LS) before the power demand of the at least one working unit changes, and in that the forecast information (I) comprises a forecast about the power demand which is to be expected in a field area in which the nature of the crop differs by a specific amount with respect to a preceding field area relative to the travel route.
Device for guiding the movement of a thrust element , which can be arranged by means of the device on a wall section , in particular a pull-out device for an oven, wherein the device comprises a support rail assignable to the wall section and a pull-out rail connectable to the thrust element , which is displaceable relative to the support rail, and wherein the pull-out rail has an upper horizontal section in longitudinal extension of the device, on the horizontal section a movable stop element is provided which, projecting over an upper side of the horizontal section , is designed with a first side as a mechanical stop for the thrust element and can be deflected from a position protruding relative to the upper side of the horizontal section into a deflected position when a force acting in longitudinal extension of the pull-out rail acts on a second side of the stop element protruding on the upper side of the horizontal section , characterised in that the stop element has an arm section which is elastically deflectable, which engages on a lower side of the horizontal section .
Operating method for a remote controller intended to control at least one home automation device of a home automation installation , the remote controller comprising a communication element able to transmit executable orders to the at least one home automation device, the remote controller being intended to transmit orders to command the change of state of the at least one home automation device, which orders are executable by the at least one home automation device, the method comprising the following steps: - pairing the remote controller and the at least one home automation device, - the remote controller receiving operating data of the home automation installation from at least one element of the home automation installation other than the remote controller, - recording the received operating data and/or operating data specific to the remote controller in a memory , the operating data being organized in the form of an event history file in which the events affecting the home automation element or a set of home automation elements or the home automation installation have been recorded sequentially, - detecting a first action on the remote controller, - following the step of detecting the first action, initially transmitting the recorded operating data. - pairing the remote controller and the at least one home automation device, - the remote controller receiving operating data of the home automation installation from at least one element of the home automation installation other than the remote controller, - recording the received operating data and/or operating data specific to the remote controller in a memory , the operating data being organized in the form of an event history file in which the events affecting the home automation element or a set of home automation elements or the home automation installation have been recorded sequentially, - detecting a first action on the remote controller, - following the step of detecting the first action, initially transmitting the recorded operating data.
An electrosurgical forceps , comprising: a first shaft member ; a second shaft member having a distal end portion pivotably coupled to a distal end portion of the first shaft member about a pivot pin ; a first jaw member coupled to and extending from the distal end portion of the first shaft member; a second jaw member coupled to and extending from the distal end portion of the second shaft member, the first and second jaw members configured to move between an open configuration and a closed configuration in response to pivoting of the first and second shaft members; and a resilient pivot member associated with the pivot pin and configured to assure a sealing pressure between the first and second jaw members to promote tissue sealing within a range of about 3kg/cm 2 to about 16 kg/cm 2 , characterised in that the resilient pivot member is a resilient and compressible sheath disposed about the pivot pin. a first shaft member ; a second shaft member having a distal end portion pivotably coupled to a distal end portion of the first shaft member about a pivot pin ; a first jaw member coupled to and extending from the distal end portion of the first shaft member; a second jaw member coupled to and extending from the distal end portion of the second shaft member, the first and second jaw members configured to move between an open configuration and a closed configuration in response to pivoting of the first and second shaft members; and a resilient pivot member associated with the pivot pin and configured to assure a sealing pressure between the first and second jaw members to promote tissue sealing within a range of about 3kg/cm 2 to about 16 kg/cm 2 , characterised in that the resilient pivot member is a resilient and compressible sheath disposed about the pivot pin.
Blade for a turbomachine, said blade comprising a shroud which is positioned on a blade tip side of the blade and is stiffened in the region of its surface by means of a stiffening structure which comprises at least one rib that extends in the circumferential direction and has a varying height (h) in the circumferential direction, characterized in that the rib has a highest portion which is located in an extension of the airfoil .
A pump module for a medical infusion pump for delivering fluid from a fluid source to a patient, wherein the pump module comprises a pump module : a piston-cylinder unit , in particular a separate piston-cylinder unit , which is adapted to be brought into operative engagement with a drive mechanism of the infusion pump in order to be actuated thereby and to be connected to a first hose portion for fluid supply and to a second hose portion for fluid discharge, a sliding clamp which is displaceable in such a way that it selectively releases or blocks a fluid flow in the first and/or the second hose portion characterized by a gripping plate at the distal end of the piston-cylinder unit , and a sleeve on the gripping plate , which is arranged at an end of the pump module facing away from the sliding clamp and is prepared for fixing the first and/or the second hose portion , wherein the sliding clamp can be clipped onto a gripping region of the gripping plate . a piston-cylinder unit , in particular a separate piston-cylinder unit , which is adapted to be brought into operative engagement with a drive mechanism of the infusion pump in order to be actuated thereby and to be connected to a first hose portion for fluid supply and to a second hose portion for fluid discharge, a sliding clamp which is displaceable in such a way that it selectively releases or blocks a fluid flow in the first and/or the second hose portion characterized by a gripping plate at the distal end of the piston-cylinder unit , and a sleeve on the gripping plate , which is arranged at an end of the pump module facing away from the sliding clamp and is prepared for fixing the first and/or the second hose portion , wherein the sliding clamp can be clipped onto a gripping region of the gripping plate .
A device for rearing aquaculture animals at sea, the device comprising: - at least one stack of rearing enclosures , superimposed on top of each other in a longitudinal direction, - blades linked to the rearing enclosures and arranged such that the rearing enclosures are rotated around a longitudinal axis by the sea current, - a structure fixed to the seabed , - a rotary connection of the or each stack to the structure , having a member authorizing a rotation of the or each stack relative to the structure around the longitudinal axis, wherein the or each stack is suspended from the structure by the rotary link , said rotary link being arranged to allow the or each stack to swing around a position where the longitudinal direction is vertical. - at least one stack of rearing enclosures , superimposed on top of each other in a longitudinal direction, - blades linked to the rearing enclosures and arranged such that the rearing enclosures are rotated around a longitudinal axis by the sea current, - a structure fixed to the seabed , - a rotary connection of the or each stack to the structure , having a member authorizing a rotation of the or each stack relative to the structure around the longitudinal axis,