mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a tooth replacement part to be attached to an implant on the basis of a 3D model of the tooth replacement part having a surface , wherein in the 3D model of the tooth replacement part a continuous screw channel for a fixing screw having a cylindrical jacket-shaped initial shape , a first implant-side end and a second occlusal-side or incisal-side end is generated automatically and/or manually, wherein - a cross-sectional area of the screw channel is designed to be constant or increasing towards the second end of the screw channel and the resulting shape is saved as the final shape of the screw channel , and - wherein a 3D model of an inlay having a lateral surface , an upper side and an underside is produced, wherein the lateral surface is a negative form of a part of the final shape of the screw channel adjacent to the second end , characterised in that a part of the surface of the 3D model of the tooth replacement part cut out by the second end of the final shape of the screw channel is used as the upper side and the lateral surface is designed as a negative form of a part of the end form of the screw channel adjoining the second end . - a cross-sectional area of the screw channel is designed to be constant or increasing towards the second end of the screw channel and the resulting shape is saved as the final shape of the screw channel , and - wherein a 3D model of an inlay having a lateral surface , an upper side and an underside is produced, wherein the lateral surface is a negative form of a part of the final shape of the screw channel adjacent to the second end , characterised in that a part of the surface of the 3D model of the tooth replacement part cut out by the second end of the final shape of the screw channel is used as the upper side and the lateral surface is designed as a negative form of a part of the end form of the screw channel adjoining the second end .
A method of estimating the position of a rotor of an electric motor comprising: producing an output signal indicative of motor position using a position sensor which comprises a detector and at least one encoder which rotates along with the rotor of the motor and includes a plurality of encoding regions, the output signal of the sensor varying in a stepwise fashion as the encoding regions move past the detector; and passing the output of the sensor through a smoothing algorithm to produce an estimated position signal, the algorithm being arranged to smooth the transition between the steps in the output of the sensor by causing the estimated position signal to lag behind the output of the sensor following a step change in the output of the sensor. producing an output signal indicative of motor position using a position sensor which comprises a detector and at least one encoder which rotates along with the rotor of the motor and includes a plurality of encoding regions, the output signal of the sensor varying in a stepwise fashion as the encoding regions move past the detector; and passing the output of the sensor through a smoothing algorithm to produce an estimated position signal, the algorithm being arranged to smooth the transition between the steps in the output of the sensor by causing the estimated position signal to lag behind the output of the sensor following a step change in the output of the sensor.
A biocompatible tissue graft comprising: a first layer of a bioremodelable collageneous material comprising extracellular matrix; a second layer of biocompatible synthetic remodelable or substantially remodelable material attached to the first layer, wherein the second layer comprises a mesh of synthetic material; and a plurality of first fibers and a plurality of second fibers stitched in a cross-hatched reinforcing pattern in the first layer and the second layer, to mitigate tearing and/or improve fixation retention of the layers, and substantially maintain the improved properties while one or more of the layers is remodeling; wherein the ends of the first fibers and the ends of the second fibers are stitched together to form a continuous stitch construction. a first layer of a bioremodelable collageneous material comprising extracellular matrix; a second layer of biocompatible synthetic remodelable or substantially remodelable material attached to the first layer, wherein the second layer comprises a mesh of synthetic material; and a plurality of first fibers and a plurality of second fibers stitched in a cross-hatched reinforcing pattern in the first layer and the second layer, to mitigate tearing and/or improve fixation retention of the layers, and substantially maintain the improved properties while one or more of the layers is remodeling; wherein the ends of the first fibers and the ends of the second fibers are stitched together to form a continuous stitch construction.
Grate bar for a moving grate of a combustion assembly, having a focal track section for items to be burned, a front-side foot section, and a rear overlay section, wherein the grate bar is modularly composed from individual, interchangeable elements which are positively and/or non-positively connected to one another, wherein an overlay element forming the overlay section and a focal track element at least partially forming the focal track section are provided, characterized in that the focal track element is supported on one foot element forming the foot section, and the overlay element has a rib with one part of a dovetail joint and the foot element has a rib with a different part of the dovetail joint , in such a way that the overlay element is/are detachably fixed together with the foot element via the dovetail joint .
A spring apparatus that is structured for use in a nuclear installation , the spring apparatus comprising: a number of elongated springs ; a support apparatus comprising: a plate-like support comprising a first end and a second end; and an abutment apparatus that is situated on the support; and a nozzle of a fuel assembly of the nuclear installation; the number of springs and the first end of the support being stacked together one upon the other and being structured to be affixed at an end thereof to the nozzle of the fuel assembly of the nuclear installation, a first spring of the number of springs being structured to be engaged with an upper core plate of the nuclear installation at another end of the number of springs, the number of springs between the nozzle and the upper core plate being deformed between a compressed state and another compressed state when the nuclear installation is operated between a cold condition and a hot condition, the compressed state and the another compressed state being different than one another; and the abutment apparatus comprising a bumper that is affixed to the support and spaced a first distance from the first end of the support, the bumper protruding a second distance away from a surface of the support in a direction generally toward the number of springs, the bumper being structured to engage a second spring of the number of springs at a position disposed between the end and the another end during at least a portion of the deformation between the compressed state and the another compressed state. a number of elongated springs ; a support apparatus comprising: a plate-like support comprising a first end and a second end; and an abutment apparatus that is situated on the support; and a plate-like support comprising a first end and a second end; and an abutment apparatus that is situated on the support; and a nozzle of a fuel assembly of the nuclear installation; the number of springs and the first end of the support being stacked together one upon the other and being structured to be affixed at an end thereof to the nozzle of the fuel assembly of the nuclear installation, a first spring of the number of springs being structured to be engaged with an upper core plate of the nuclear installation at another end of the number of springs, the number of springs between the nozzle and the upper core plate being deformed between a compressed state and another compressed state when the nuclear installation is operated between a cold condition and a hot condition, the compressed state and the another compressed state being different than one another; and the abutment apparatus comprising a bumper that is affixed to the support and spaced a first distance from the first end of the support, the bumper protruding a second distance away from a surface of the support in a direction generally toward the number of springs, the bumper being structured to engage a second spring of the number of springs at a position disposed between the end and the another end during at least a portion of the deformation between the compressed state and the another compressed state.
Valve arrangement for a vibration damper, having a valve housing having an annular valve seat and provided for receiving damping liquid, and a valve piston that is arranged in an interior of the valve housing such that it can be axially shifted relative to the valve seat , and the valve piston has a main valve that has a flexible circular valve disc that can be brought into releasable contact with a contact surface side on the valve seat and the valve disc is arranged such that it can be moved axially on the valve piston relative to said valve piston by means of a guide pin and radially guided and the valve arrangement has an electromagnet having an anchor for biasing a pilot valve (B), characterised in that a flexible support disc is arranged on the support surface side of the valve disc facing away from the contact surface side of the valve disc , said flexible support disc being equipped such that the valve disc is supported on the flexible support disc along a first partial peripheral region in the peripheral direction of the valve disc , and in that the valve disc can be re-shaped along a second partial peripheral region extending in the peripheral direction of the valve disc as a consequence of an application of a pressure imparted by the damping liquid.
A method for displaying a page, comprising: displaying a navigation bar and a user interface of a target application, wherein the navigation bar is a control for displaying n virtual buttons provided by an operating system, where n is a positive integer; determining at least one target conversation page of the target application, wherein the target conversation page is a conversation page not currently displayed in the user interface ; displaying a first page display control of the target conversation page in the navigation bar ; and switching an application page displayed in the user interface to display a target conversation page corresponding to the first page display control , upon detecting a first designated operation performed on the first page display control , wherein the application page is at least one of a content presentation page or a data submission page that is different from the conversation page, and the method further comprises: after the first page display control is triggered by the first designated operation, caching the application page; displaying a second page display control of the application page in the navigation bar ; and switching the target conversation page corresponding to the first page display control in the user interface to display the application page, upon detecting a second designated operation performed on the second page display control . displaying a navigation bar and a user interface of a target application, wherein the navigation bar is a control for displaying n virtual buttons provided by an operating system, where n is a positive integer; determining at least one target conversation page of the target application, wherein the target conversation page is a conversation page not currently displayed in the user interface ; displaying a first page display control of the target conversation page in the navigation bar ; and switching an application page displayed in the user interface to display a target conversation page corresponding to the first page display control , upon detecting a first designated operation performed on the first page display control , wherein the application page is at least one of a content presentation page or a data submission page that is different from the conversation page, and the method further comprises: after the first page display control is triggered by the first designated operation, caching the application page; displaying a second page display control of the application page in the navigation bar ; and switching the target conversation page corresponding to the first page display control in the user interface to display the application page, upon detecting a second designated operation performed on the second page display control .
Aircraft engine mount comprising a mounting body connected to a primary structure of an aircraft pylon by a mounting body connection comprising connecting elements and at least one shear pin which comprises a cylindrical body and a collar having a diameter (D80) that is greater than that of the cylindrical body , the mounting body connection comprising, for each shear pin , a first hole in the primary structure and a second hole in the mounting body , these being configured to accommodate the shear pin , the first hole comprising a shoulder against which the collar bears in operation in such a way that the cylindrical body is positioned astride in the first and second holes , characterized in that the mounting body connection comprises: - a first immobilizing system which comprises, in addition to the shoulder , a removable stop that is secured to the primary structure and is configured to immobilize the collar between the shoulder and the removal stop , and - a second immobilizing system which comprises a closure plate that is connected by at least one removable connection to the primary structure , which at least partially closes the first hole . - a first immobilizing system which comprises, in addition to the shoulder , a removable stop that is secured to the primary structure and is configured to immobilize the collar between the shoulder and the removal stop , and - a second immobilizing system which comprises a closure plate that is connected by at least one removable connection to the primary structure , which at least partially closes the first hole .
An aircraft wing comprising a fixed wing and a wing tip device at the tip thereof, wherein the wing tip device is configurable between: (i) a flight configuration for use during flight and (ii) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated away from the flight configuration about a hinge axis such that the span of the aircraft wing is reduced, the aircraft wing further comprising a hinge arrangement connecting the fixed wing and the wing tip device , wherein the hinge arrangement protrudes beyond an outer surface of the fixed wing and wing tip device , and a fairing covering the protruding portion of the hinge, characterised in that in the flight configuration the fairing comprises a front portion blended into and extending rearwardly from the leading edge of the fixed wing and the wing tip device and the front portion of the fairing meets the leading edge of the fixed wing and wing tip device in a tangential direction, such that when viewed in a line of flight direction cross-section, there is no discontinuity between the fairing and the leading edge of the fixed wing and wing tip device and in a span-wise direction, the front portion of the fairing comprises a bell shaped profile. a hinge arrangement connecting the fixed wing and the wing tip device , wherein the hinge arrangement protrudes beyond an outer surface of the fixed wing and wing tip device , and a fairing covering the protruding portion of the hinge, characterised in that in the flight configuration the fairing comprises a front portion blended into and extending rearwardly from the leading edge of the fixed wing and the wing tip device and the front portion of the fairing meets the leading edge of the fixed wing and wing tip device in a tangential direction, such that when viewed in a line of flight direction cross-section, there is no discontinuity between the fairing and the leading edge of the fixed wing and wing tip device and in a span-wise direction, the front portion of the fairing comprises a bell shaped profile.
A safety system for a passenger moving system comprising a monitoring means , wherein the safety system is adapted to identify a body profile of a passenger characterized in that the safety system is adapted to measure an angle (θ) between one or more bones on the body of the passenger , wherein the one or more bones on the body of the passenger connect at a joint, said joint being rotatable about at least one axis (x, y, z) and that the body profile of the passenger comprises - a standing position; - a sitting position; - any position there-between. wherein the safety system is adapted to identify a body profile of a passenger characterized in that the safety system is adapted to measure an angle (θ) between one or more bones on the body of the passenger , wherein the one or more bones on the body of the passenger connect at a joint, said joint being rotatable about at least one axis (x, y, z) and that the body profile of the passenger comprises - a standing position; - a sitting position; - any position there-between. - a standing position; - a sitting position; - any position there-between.
An electric vehicle comprising a charging arm that is configured to charge an energy storage device configured to drive the electric vehicle , by bringing power receiving elements of a charging arm into contact with power lines , which are disposed along a travel path of the electric vehicle together with facing toward a side portion of the electric vehicle , and to which electrical power is supplied, wherein: the charging arm comprises an arm portion configured to be deployed, during charging, from the side portion of the electric vehicle toward an outer side in a vehicle transverse direction by rotating the charging arm about a rotary shaft ; the power receiving elements are disposed in a charging head configured to be positioned on a distal end of the arm portion ; characterized in that the charging head is set so as to face toward the power lines at an orientation in which a longitudinal direction of the charging head is perpendicular to the power lines in a case where the arm portion is deployed at a predetermined angle of rotation (θ3) about the rotary shaft as from the state in which the arm portion is accommodated; and the arm portion is deployed up to a first angle of rotation (θ1) about the rotary shaft as from the state in which the arm portion is accommodated, the first angle of rotation (θ1) being greater than the predetermined angle of rotation (θ3).
A method for fabricating a plasma etch-resistant film on a surface of a substrate , wherein the method comprises the step of forming a film comprising an intermediate layer of rare earth metal oxide, rare earth metal carbonate, or rare earth metal oxycarbonate or any mixture thereof on a first layer of rare earth metal oxide, wherein the rare earth metal is the same in the first layer and in the intermediate layer, and wherein the step of forming the film comprises, in a reaction space, the steps of: depositing the first layer by exposing a deposition surface to alternately repeated surface reactions of at least two precursors including a precursor for rare earth metal and a first precursor for oxygen, wherein the depositing is carried out until the thickness of the first layer is 10 - 1000 nm, such that the structure of the first layer is crystalline, and depositing the intermediate layer by exposing a deposition surface to alternately repeated surface reactions of at least two precursors including a precursor for rare earth metal and a second precursor for oxygen that is selected from a group consisting of ozone; a combination of ozone and water; a combination of ozone and oxygen; a combination of ozone and hydrogen peroxide; oxygen-containing radicals; oxygen plasma; carbon dioxide plasma; organic peroxides; organic hydroperoxides; peroxyacids; and singlet oxygen, wherein the depositing is carried out until the thickness of the intermediate layer is 0,1 - 50 nm, such that the structure of the intermediate layer is amorphous, wherein the first precursor for oxygen is different from the second precursor for oxygen, and wherein the steps of depositing the first layer and depositing the intermediate layer are carried out at a temperature of 150 - 450 °C. depositing the first layer by exposing a deposition surface to alternately repeated surface reactions of at least two precursors including a precursor for rare earth metal and a first precursor for oxygen, wherein the depositing is carried out until the thickness of the first layer is 10 - 1000 nm, such that the structure of the first layer is crystalline, and depositing the intermediate layer by exposing a deposition surface to alternately repeated surface reactions of at least two precursors including a precursor for rare earth metal and a second precursor for oxygen that is selected from a group consisting of ozone; a combination of ozone and water; a combination of ozone and oxygen; a combination of ozone and hydrogen peroxide; oxygen-containing radicals; oxygen plasma; carbon dioxide plasma; organic peroxides; organic hydroperoxides; peroxyacids; and singlet oxygen, wherein the depositing is carried out until the thickness of the intermediate layer is 0,1 - 50 nm, such that the structure of the intermediate layer is amorphous, wherein the first precursor for oxygen is different from the second precursor for oxygen, and wherein the steps of depositing the first layer and depositing the intermediate layer are carried out at a temperature of 150 - 450 °C.
Torque tool, particularly a reversible ratchet , having a tool head which has a chamber having a chamber wall , a floor and an opening , wherein a ratchet wheel is rotatably mounted in the chamber and the chamber is covered on the opening side by a cover and the cover has a cover plate and a cover disc , wherein the cover plate has an outer side edge which is directed towards the chamber wall and has a protruding spring , and a groove is provided in the chamber wall , into which groove the cover plate having the spring is inserted and is secured in position by the cover disc and the cover disc is secured by a securing ring , characterised in that the securing ring engages with a first circumferential portion into a groove extending above the cover disc in the chamber wall and with a second circumferential portion on an abutment provided on the rear edge portion of the cover plate .
Floor cleaning machine, comprising an undercarriage , a sweeping tool holder , which is mounted on the undercarriage so as to be pivotable about a first pivot axis , a sweeping tool , which is seated on the sweeping tool holder , and a positioning device by way of which the sweeping tool holder is positionable for a working position of the sweeping tool on a base on which the floor cleaning machine stands, and by way of which the sweeping tool holder is positionable in a distance position of the sweeping tool from the base , wherein the positioning device comprises an actuating lever , which is articulated on the undercarriage so as to be pivotable about a second pivot axis , which is coupled to the sweeping tool holder , and by way of which the sweeping tool holder is bringable into the working position and into the distance position, characterized in that in the working position a pivot position of the actuating lever is predetermined by a height (H) of the sweeping tool , wherein the height (H) of the sweeping tool is wear-dependent.