mhurhangee/patent-ind-claim-en huggingface dataset:
Device for opening and closing a wing relative to a frame , for rotating wings, comprising: A movable drive element in the form of a spindle nut, located in a housing in a torsionally-resistant manner in relation to a spindle and movably guided along this in order to produce a drive movement by means of a motor , which drives the spindle , a power take-off element , connected to the drive unit in order to move the wing , which is an extension arm, and which is arranged in a rotatable manner in a frame bearing , characterized in that the drive element carries out a partial lift movement relative to the power take-off element , moving on the spindle , and carries out a working lift movement, moving together with the power take-off element , wherein the connection between the drive element and the power take-off element comprises an interlock , in order to secure the drive element in a detachable manner at one end of its partial lift to the power take-off element , wherein the device comprises an arm which pivots outwards in the course of the partial lift, and which takes effect between the drive element and the power take-off element , and, as a result of its pivoting movement, supports the power take-off element and the wing against the frame , and, at the end of its pivoting movement, is locked in a torsionally-resistant manner in relation to the power take-off element , wherein the arm is secured eccentrically and pivotably to the drive element , and in the partial lift movement carries out a pivoting movement relative to the power take-off element , and wherein the arm is Y-shaped and comprises two fingers , wherein the first finger can be assigned to a frame-side engagement of the device , and the second finger can be assigned to a locking element of the drive element , and can be locked to the drive element in order to form a torsionally-resistant coupling of the arm to the drive element .
Method of performing a conduction test of a lightning arrester of a wind turbine , comprising: determining (S102) a reference point of the wind turbine in absolute coordinates; ascertaining (S104) a set of points of the wind turbine in absolute coordinates on the basis of further points of the wind turbine within a relative coordinate system, conversion of the further points of the wind turbine to the absolute coordinate system being effected on the basis of the reference point of the wind turbine ; determining (S106) a path along the wind turbine on the basis of the set of points of the wind turbine , so that the path extends at a distance from the wind turbine ; moving a movable capturing unit on the path along the wind turbine , and inspecting the wind turbine along the path , wherein said inspecting of the wind turbine includes the conduction test of the lightning arrester and wherein the conduction test includes contactless sensing of a field strength of a field radiated off by a conductor within the wind turbine . determining (S102) a reference point of the wind turbine in absolute coordinates; ascertaining (S104) a set of points of the wind turbine in absolute coordinates on the basis of further points of the wind turbine within a relative coordinate system, conversion of the further points of the wind turbine to the absolute coordinate system being effected on the basis of the reference point of the wind turbine ; determining (S106) a path along the wind turbine on the basis of the set of points of the wind turbine , so that the path extends at a distance from the wind turbine ; moving a movable capturing unit on the path along the wind turbine , and inspecting the wind turbine along the path , wherein said inspecting of the wind turbine includes the conduction test of the lightning arrester and wherein the conduction test includes contactless sensing of a field strength of a field radiated off by a conductor within the wind turbine .
An escalator system comprising: a pit in at least a first or a second end of the escalator, said pit having an access cover plate , a detector indicating when the access cover plate is open and when it is closed, and a user interface which is located in said pit and which in an active state provides the escalator system with control signals controlling the operation of the escalator and which in a passive state does not affect the operation of the escalator, characterized in that the escalator system is configured to stop movement of the escalator if the detector indicates that the access cover plate is closed while the user interface is in the active state. a pit in at least a first or a second end of the escalator, said pit having an access cover plate , a detector indicating when the access cover plate is open and when it is closed, and a user interface which is located in said pit and which in an active state provides the escalator system with control signals controlling the operation of the escalator and which in a passive state does not affect the operation of the escalator, characterized in that the escalator system is configured to stop movement of the escalator if the detector indicates that the access cover plate is closed while the user interface is in the active state.
A fan blade for a gas turbine engine , comprising: an airfoil extending from a root to a tip in a spanwise direction and having a leading edge and a trailing edge in a chordwise direction, with a span that extends from the root to the tip and a first chord line that extends from the leading edge to the trailing edge , the first chord line at 0% at the leading edge and at 100% at the trailing edge , characterized by the airfoil having a first local maximum thickness defined between about 85% of the span to the tip , a second local maximum thickness defined between about 40% to about 85% of the span and a third local maximum thickness defined between the root to about 40% of the span , the second local maximum thickness positioned at about 10% to about 30% of the first chord line so as to be offset from the first local maximum thickness in the chordwise direction toward the leading edge and each of the first local maximum thickness, the second local maximum thickness and the third local maximum thickness are different.
Optical block (BO) suitable for equipping a vehicle and comprising a lens (G), heating means (MC) suitable for producing calories intended to heat said lens (G), at least one source (SL) suitable for generating photons intended to participate in a photometric function at least one lens (L) suitable for deflecting said generated photons so that they are directed towards said glass (G), and at least one mask (M) having a face (FM) suitable for returning incident photons not directed towards said glass (G), characterized in that said mask (M) comprises on its face (FM) at least one photovoltaic cell (CP) arranged to convert incident photons received into an electric current suitable for supplying said heating means (MC) so that they produce calories suitable for heating said glass (G) and in that said heating means (MC) are installed on a part of a rear face (FR) of a part (PS) comprising said source (SL), said rear face (FR) being opposite to a front face from which said photons generated by said source (SL) leave.
A method of determining leakage current in an electrical transmission network , said method comprising: distributing a plurality of electric current measurement devices within said electrical transmission network; performing measurements of electric current in a power-line phase-carrying conductor, by at least two of said electric current measurement devices , while deriving electric power for operating each current measurement device from the electromagnetic field surrounding said power-line conductor; communicating measurements from at least one said electric current measurement device within said network; analyzing said measurements to calculate leakage current in said electrical transmission network; and outputting the calculated leakage current; characterized in that said analysis includes comparing between electric current measurements performed simultaneously for at least two adjacent measurement points along the power-line phase-carrying conductor. distributing a plurality of electric current measurement devices within said electrical transmission network; performing measurements of electric current in a power-line phase-carrying conductor, by at least two of said electric current measurement devices , while deriving electric power for operating each current measurement device from the electromagnetic field surrounding said power-line conductor; communicating measurements from at least one said electric current measurement device within said network; analyzing said measurements to calculate leakage current in said electrical transmission network; and outputting the calculated leakage current; characterized in that said analysis includes comparing between electric current measurements performed simultaneously for at least two adjacent measurement points along the power-line phase-carrying conductor.
A three-dimensional porous catalyst, catalyst carrier or absorbent structure of stacked strands of catalyst, catalyst carrier or absorbent material, composed of layers of spaced-apart parallel strands, characterized in that parallel strands within a layer are arranged in groups of two or more closely spaced-apart, equidistant strands separated by a small distance, wherein the groups of equidistant strands are separated from adjacent strands or adjacent groups of strands by a larger distance.
A method for a computer to execute an item of software , the method comprising: the computer executing one or more security modules to perform a respective security-related operation in relation to the item of software; the computer executing the item of software, said executing the item of software comprising, at at least one point during execution of the item of software at which a predetermined function is to be performed, attempting to perform the predetermined function by: sending , to an address system , a request message for an address of instructions for carrying out the predetermined function, the request message comprising an identifier of the predetermined function; receiving , from the address system in response to the request message, an address generated by the address system based, at least in part, on: a) the identifier and b) verification data provided to the address system from at least one of the one or more security modules; and continuing execution of the item of software at the address received from the address system. the computer executing one or more security modules to perform a respective security-related operation in relation to the item of software; the computer executing the item of software, said executing the item of software comprising, at at least one point during execution of the item of software at which a predetermined function is to be performed, attempting to perform the predetermined function by: sending , to an address system , a request message for an address of instructions for carrying out the predetermined function, the request message comprising an identifier of the predetermined function; receiving , from the address system in response to the request message, an address generated by the address system based, at least in part, on: a) the identifier and b) verification data provided to the address system from at least one of the one or more security modules; and continuing execution of the item of software at the address received from the address system. sending , to an address system , a request message for an address of instructions for carrying out the predetermined function, the request message comprising an identifier of the predetermined function; receiving , from the address system in response to the request message, an address generated by the address system based, at least in part, on: a) the identifier and b) verification data provided to the address system from at least one of the one or more security modules; and continuing execution of the item of software at the address received from the address system.
A base station, configured for cleaning a cleaning robot, wherein the base station comprises: a base station body , the base station body is provided with a cleaning system and a water tank accommodating space , the cleaning system is configured for receiving clean water to clean a member to be cleaned of the cleaning robot and discharging sewage generated by the cleaning, and the cleaning system comprises a cleaning area and a water delivery channel communicated to the cleaning area ; a first waterway system comprising a first water tank , the first water tank is provided with a first cavity and a first channel communicated with the first cavity ; a second waterway system comprising a second water tank , the second water tank is provided with a second cavity , and a second channel and characterized in that the second water tank is also provided with a third channel respectively communicated with the second cavity ; wherein either one of the first water tank or the second water tank is installed in the water tank accommodating space ; in case the first water tank is installed in the water tank accommodating space , the first channel is coupled to the water delivery channel to communicate the first cavity with the cleaning area ; in case the second water tank is installed in the water tank accommodating space , the second channel is coupled to the water delivery channel to communicate the second cavity with the cleaning area , and the third channel is configured to be coupled to external waterway outside of the base station. a base station body , the base station body is provided with a cleaning system and a water tank accommodating space , the cleaning system is configured for receiving clean water to clean a member to be cleaned of the cleaning robot and discharging sewage generated by the cleaning, and the cleaning system comprises a cleaning area and a water delivery channel communicated to the cleaning area ; a first waterway system comprising a first water tank , the first water tank is provided with a first cavity and a first channel communicated with the first cavity ; a second waterway system comprising a second water tank , the second water tank is provided with a second cavity , and a second channel and characterized in that the second water tank is also provided with a third channel respectively communicated with the second cavity ; wherein either one of the first water tank or the second water tank is installed in the water tank accommodating space ; in case the first water tank is installed in the water tank accommodating space , the first channel is coupled to the water delivery channel to communicate the first cavity with the cleaning area ; in case the second water tank is installed in the water tank accommodating space , the second channel is coupled to the water delivery channel to communicate the second cavity with the cleaning area , and the third channel is configured to be coupled to external waterway outside of the base station.
A motor vehicle intended to be driven by a driver, the motor vehicle being a truck, comprising: - a cabin comprising a floor with an upper surface , - a passenger compartment intended to receive the driver inside, delimited in a vertical direction (V) by the upper surface of the floor and extending on an upper side of the upper surface; - at least one electronic device configured to be electronically controlled; - a box housing an electronic equipment configured to control the at least one electronic device; wherein the box is waterproof and at least a portion of the box extends on a lower side of the upper surface, the lower side of the upper surface being opposite to the upper side , characterized in that the floor comprises a housing for receiving the box , the housing comprising a peripheral wall extending from the upper surface of the floor , wherein the peripheral wall comprises one abutment for supporting the box , wherein the box has substantially a rectangular shape with a planar top wall and vertical sides , the top wall extending beyond the vertical sides and forming a flange , the flange being supported by the abutment , the box being attached to the floor by screws attaching the flange to the floor at the abutment , the top wall being leveled with the upper surface of the floor , in the vertical direction so that the box is entirely below the upper surface of the floor , wherein the vertical sides of the box extend beyond the floor . - a cabin comprising a floor with an upper surface , - a passenger compartment intended to receive the driver inside, delimited in a vertical direction (V) by the upper surface of the floor and extending on an upper side of the upper surface; - at least one electronic device configured to be electronically controlled; - a box housing an electronic equipment configured to control the at least one electronic device; wherein the box is waterproof and at least a portion of the box extends on a lower side of the upper surface, the lower side of the upper surface being opposite to the upper side , characterized in that the floor comprises a housing for receiving the box , the housing comprising a peripheral wall extending from the upper surface of the floor , wherein the peripheral wall comprises one abutment for supporting the box , wherein the box has substantially a rectangular shape with a planar top wall and vertical sides , the top wall extending beyond the vertical sides and forming a flange , the flange being supported by the abutment , the box being attached to the floor by screws attaching the flange to the floor at the abutment , the top wall being leveled with the upper surface of the floor , in the vertical direction so that the box is entirely below the upper surface of the floor , wherein the vertical sides of the box extend beyond the floor .
A sensor-equipped wearable article comprising a urination sensor that detects urination and that is attached to an outside surface of one sheet among a plurality of sheets constituting the wearable article, wherein: the urination sensor includes a printing substrate formed of a resin film, and a plurality of planar printed electrodes that constitute a sensor element and that are made by an electroconductive ink applied to a surface of the printing substrate; the urination sensor is provided with a section where the printing substrate is not present, the section being provided between the plurality of planar printed electrodes; the urination sensor , including the section where the printing substrate is not present, is covered by a cover sheet in which an adhesive is applied to a nonwoven fabric; the printing substrate is bonded to the one sheet by the adhesive applied to the cover sheet in a manner that the printed electrodes face the surface of the one sheet; the one sheet is an electrically insulating, sparingly liquid-permeable substrate; the printing substrate is an electrically insulating substrate; the plurality of planar printed electrodes are covered by the one sheet and the printing substrate; and characterised in that , non-application sections are present on the surface of the cover sheet to which the adhesive is applied, and the section where the printing substrate is not present forms an air-passage opening which retains an air-passage function with the non-application sections . the urination sensor includes a printing substrate formed of a resin film, and a plurality of planar printed electrodes that constitute a sensor element and that are made by an electroconductive ink applied to a surface of the printing substrate; a printing substrate formed of a resin film, and a plurality of planar printed electrodes that constitute a sensor element and that are made by an electroconductive ink applied to a surface of the printing substrate; the urination sensor is provided with a section where the printing substrate is not present, the section being provided between the plurality of planar printed electrodes; the urination sensor , including the section where the printing substrate is not present, is covered by a cover sheet in which an adhesive is applied to a nonwoven fabric; the printing substrate is bonded to the one sheet by the adhesive applied to the cover sheet in a manner that the printed electrodes face the surface of the one sheet; the one sheet is an electrically insulating, sparingly liquid-permeable substrate; the printing substrate is an electrically insulating substrate; the plurality of planar printed electrodes are covered by the one sheet and the printing substrate; and characterised in that , non-application sections are present on the surface of the cover sheet to which the adhesive is applied, and the section where the printing substrate is not present forms an air-passage opening which retains an air-passage function with the non-application sections .
Rotor for an electrical machine, comprising a rotor lamination , wherein the rotor lamination comprises a magnet pocket and the magnet pocket has a first region and a second region ; a permanent magnet which is positioned within the magnet pocket ; a first polymer composition which is introduced into the first region via injection moulding and has magnetic filler particles; and a second polymer composition which is introduced into the second region via injection moulding and has electrically conductive filler particles; wherein the first polymer composition differs from the second polymer composition. a rotor lamination , wherein the rotor lamination comprises a magnet pocket and the magnet pocket has a first region and a second region ; a permanent magnet which is positioned within the magnet pocket ; a first polymer composition which is introduced into the first region via injection moulding and has magnetic filler particles; and a second polymer composition which is introduced into the second region via injection moulding and has electrically conductive filler particles; wherein the first polymer composition differs from the second polymer composition.
Fitting part for a drive rod fitting of a window, a window door or the like, having two components that are movable relative to one another and having a bearing gap between the two components that are movable relative to one another, characterized in that a non-running, plastically deformable material is arranged in the bearing gap .