mhurhangee/patent-ind-claim-en huggingface dataset:
A method of protecting passwords on a mobile device during a remote management session, the method comprising: establishing a remote management session between a console and the mobile device ; attempting, by the console , to access a protected application on the mobile device ; characterised by: pausing streaming of the remote management session between the mobile device and the console on a condition that a field for entry of user authentication data to access the protected application is in focus on the mobile device ; and resuming streaming of the remote management session from the mobile device to the console on a condition that the field for entry of the user authentication data is no longer in focus on the mobile device . establishing a remote management session between a console and the mobile device ; attempting, by the console , to access a protected application on the mobile device ; characterised by: pausing streaming of the remote management session between the mobile device and the console on a condition that a field for entry of user authentication data to access the protected application is in focus on the mobile device ; and resuming streaming of the remote management session from the mobile device to the console on a condition that the field for entry of the user authentication data is no longer in focus on the mobile device . pausing streaming of the remote management session between the mobile device and the console on a condition that a field for entry of user authentication data to access the protected application is in focus on the mobile device ; and resuming streaming of the remote management session from the mobile device to the console on a condition that the field for entry of the user authentication data is no longer in focus on the mobile device .
A method for manufacturing a vane for a fan of an aircraft turbomachine extending about a longitudinal axis (X), the vane comprising a blade made of a composite material having a leading edge and a trailing edge (BF) connected by a pressure side and a suction side , the blade extending between a root and a free end (L), the method comprising each of the following steps: - pairing and bonding a metal shield (BA) to the leading edge, - a first measurement of a radial moment weight of the vane before or after bonding the metal shield (BA) and determining a machining kerf, - machining the free end (L) and/or the trailing edge (BF) along the machining kerf so as to adjust the mass and the radial moment weight of the vane , - a second measurement of the radial moment weight of the vane . - pairing and bonding a metal shield (BA) to the leading edge, - a first measurement of a radial moment weight of the vane before or after bonding the metal shield (BA) and determining a machining kerf, - machining the free end (L) and/or the trailing edge (BF) along the machining kerf so as to adjust the mass and the radial moment weight of the vane , - a second measurement of the radial moment weight of the vane .
Hearing device having - a housing which is elongated along a longitudinal axis, is oval in cross section and is designed to enclose electrical components of the hearing device , - with a loudspeaker which, when the hearing device is worn as intended, is arranged outside the housing and is connected to at least some of the electrical components, - with a plug connector , which is connected to the loudspeaker and which has at least six contact elements for connecting the loudspeaker to the corresponding electrical components, and - with a plug connector receptacle for receiving the plug connector and connecting the respective contact elements , wherein the plug connector receptacle is arranged in a surface of the housing that faces the underside in the intended worn state, characterized in that the plug connector and the plug connector receptacle are designed in such a way that an insertion direction runs from a front side to a rear side in the intended worn state, and the plug connector has an injection-moulded main body made of a first plastic, wherein, in the intended coupling state, the main body is arranged at an angle to the surface of the housing facing the underside, and wherein an end face of the main body facing the loudspeaker , from which a loudspeaker connection cable emerges, is positioned at an angle to a cable exit direction of the loudspeaker connection cable , following said surface of the housing facing the underside. - a housing which is elongated along a longitudinal axis, is oval in cross section and is designed to enclose electrical components of the hearing device , - with a loudspeaker which, when the hearing device is worn as intended, is arranged outside the housing and is connected to at least some of the electrical components, - with a plug connector , which is connected to the loudspeaker and which has at least six contact elements for connecting the loudspeaker to the corresponding electrical components, and - with a plug connector receptacle for receiving the plug connector and connecting the respective contact elements , wherein the plug connector receptacle is arranged in a surface of the housing that faces the underside in the intended worn state, the plug connector and the plug connector receptacle are designed in such a way that an insertion direction runs from a front side to a rear side in the intended worn state, and the plug connector has an injection-moulded main body made of a first plastic, wherein, in the intended coupling state, the main body is arranged at an angle to the surface of the housing facing the underside, and wherein an end face of the main body facing the loudspeaker , from which a loudspeaker connection cable emerges, is positioned at an angle to a cable exit direction of the loudspeaker connection cable , following said surface of the housing facing the underside.
A tool carrier rotor having a tool for milling and shredding and the like, wherein the tool is arranged in a tool carrier for the tool carrier rotor which is rotatable about the rotor axis, wherein the tool can be received in a receptacle of the tool carrier arranged on the tool carrier rotor , wherein the receptacle is formed by a first surface provided in the cutting direction and a second surface to which the tool is fastened with its surface facing away from the cutting direction, wherein the tool has a body which has a front surface in the direction of rotation of the rotor and a rear surface opposite the front surface , characterized in that the tool can be clamped and held between the surface in the cutting direction of the receptacle and the surface of the receptacle facing away from the cutting direction , while leaving a clearance between the tool and a receptacle bottom of the receptacle.
A moulding machine with a stationary first carrier frame and a second carrier frame movable relative to the first carrier frame along a closing direction (S) between an open position and a closed position for jointly receiving a mould block having at least one ejector rod , and with an ejector plate , the ejector plate being movable relative to at least one carrier frame in the closing direction (S), characterised by at least one contact element which can be associated with the ejector rod and/or the ejector plate and by an evaluation device for detecting contacts between the ejector rod and the ejector plate by means of the contact element .
Display system for a vehicle, comprising - a mobile display device having a flap that can be folded out from a folded-in position for fixing the display device in an interior of the vehicle; - a display interface that can be integrated in the vehicle interior for receiving and fixing the mobile display device in a defined position of use, wherein the display interface comprises a receiving area designed as a recess, into which the folded-out flap can be inserted in an insertion direction and, by means of a fixing device arranged in the receiving area , can be fixed in an end position, in which the mobile display device is arranged in the position of use, characterized in that - the fixing device has a force-fitting fixing mechanism which is designed to fix the flap in the end position in a force-fitting manner in a fixing position and to enable the flap to be removed from the receiving area in a release position, and the force-fitting fixing mechanism has a rotatably mounted eccentric which, in the fixing position, bears on the flap arranged in the end position and, in the release position, is spaced apart from the flap . - a mobile display device having a flap that can be folded out from a folded-in position for fixing the display device in an interior of the vehicle; - a display interface that can be integrated in the vehicle interior for receiving and fixing the mobile display device in a defined position of use, wherein the display interface comprises a receiving area designed as a recess, into which the folded-out flap can be inserted in an insertion direction and, by means of a fixing device arranged in the receiving area , can be fixed in an end position, in which the mobile display device is arranged in the position of use, characterized in that - the fixing device has a force-fitting fixing mechanism which is designed to fix the flap in the end position in a force-fitting manner in a fixing position and to enable the flap to be removed from the receiving area in a release position, and the force-fitting fixing mechanism has a rotatably mounted eccentric which, in the fixing position, bears on the flap arranged in the end position and, in the release position, is spaced apart from the flap .
A method for working a steel sheet (W) into a predetermined shape, comprising: a drawing step (S2) for drawing the steel sheet using at least one pair of dies ; and a cutting step (S3) for cutting the steel sheet drawn in the drawing step using at least one nibbler , wherein the nibbler has a cylindrical case , a punch housed in the case, which reciprocates in a top-bottom direction to punch the steel sheet, and a die arranged below the case so as to be on the opposite side of the case across the steel sheet, the die having a die hole into which the punch enters, and an ejecting hole communicating with the die hole, through which a scrap (S) punched from the steel sheet is ejected, and wherein in the drawing step, a bead (Wb) protruding toward a side where one of both surfaces of the steel sheet is situated is formed in a ring on a peripheral part of the steel sheet over the whole circumference of the peripheral part, a low part (Wba) having a height smaller than the shortest distance between the case and the die of the nibbler is formed in at least one part of the bead, in the cutting step, while moving the nibbler, the steel sheet fed between the case and the die is continuously punched by the punch to cut the steel sheet and a part of the peripheral part including the bead is cut out by moving the nibbler over the low part from a periphery of the steel sheet to a part of the steel sheet situated inward from the bead. a drawing step (S2) for drawing the steel sheet using at least one pair of dies ; and a cutting step (S3) for cutting the steel sheet drawn in the drawing step using at least one nibbler , wherein the nibbler has a cylindrical case , a punch housed in the case, which reciprocates in a top-bottom direction to punch the steel sheet, and a die arranged below the case so as to be on the opposite side of the case across the steel sheet, the die having a die hole into which the punch enters, and an ejecting hole communicating with the die hole, through which a scrap (S) punched from the steel sheet is ejected, and wherein in the drawing step, a bead (Wb) protruding toward a side where one of both surfaces of the steel sheet is situated is formed in a ring on a peripheral part of the steel sheet over the whole circumference of the peripheral part, a low part (Wba) having a height smaller than the shortest distance between the case and the die of the nibbler is formed in at least one part of the bead, in the cutting step, while moving the nibbler, the steel sheet fed between the case and the die is continuously punched by the punch to cut the steel sheet and a part of the peripheral part including the bead is cut out by moving the nibbler over the low part from a periphery of the steel sheet to a part of the steel sheet situated inward from the bead.
A leaf seal assembly for use in a gap between a rotating component and a stationary component , the leaf seal assembly comprising: at least one leaf seal having a generally planar surface; and, a runner coupled to a distal end of the at least one leaf seal ; wherein the at least one leaf seal maintains the runner in a first position away from the rotating component in an unpressurised inoperative state and moves the runner to a second position, close to, but not contacting, the rotating component in a pressurised operative state; and, characterised in that , the at least one leaf seal is angled in the direction of any fluid flow through the gap in both positions. at least one leaf seal having a generally planar surface; and, a runner coupled to a distal end of the at least one leaf seal ; wherein the at least one leaf seal maintains the runner in a first position away from the rotating component in an unpressurised inoperative state and moves the runner to a second position, close to, but not contacting, the rotating component in a pressurised operative state; and, characterised in that , the at least one leaf seal is angled in the direction of any fluid flow through the gap in both positions.
A remote management method, characterized in that the method comprises: receiving , by a subscription manager-data preparation SM-DP+ server, at least a first identifier sent by a local profile assistant LPA; searching for , by the SM-DP+ server, a remote profile management command corresponding to the first identifier; and generating , by the SM-DP+ server, a first digital signature according to at least the first identifier and the remote profile management command, and sending at least the first digital signature and the remote profile management command to an embedded universal integrated circuit card eUICC by using the LPA. receiving , by a subscription manager-data preparation SM-DP+ server, at least a first identifier sent by a local profile assistant LPA; searching for , by the SM-DP+ server, a remote profile management command corresponding to the first identifier; and generating , by the SM-DP+ server, a first digital signature according to at least the first identifier and the remote profile management command, and sending at least the first digital signature and the remote profile management command to an embedded universal integrated circuit card eUICC by using the LPA.
Method of making an electroluminescent device , comprising: a) a first step for the formation of a temporary structure that comprises a plurality of individual electroluminescent structures separated from each other by trenches and each comprising a face, called the light emitting face , through which said structures can emit light radiation, the electroluminescent structures being bonded on their light emitting face by means of a bond layer on one face, called the temporary face , of a temporary substrate ; b) an assembly step that includes bringing the electroluminescent structures into contact on a face called the back face opposite the light emitting face , with a face called the host face of a host substrate ; c) a step for at least partial removal of the temporary substrate ; the method being characterised in that the bond layer , that comprises an electrically conducting polymer material at least partially transparent to light radiation, is at least partly kept after step c) and forms an electrode common to the light emitting faces , with a thickness of more than 20 nm, advantageously more than 500 nm, and even more advantageously more than 1 μm. a) a first step for the formation of a temporary structure that comprises a plurality of individual electroluminescent structures separated from each other by trenches and each comprising a face, called the light emitting face , through which said structures can emit light radiation, the electroluminescent structures being bonded on their light emitting face by means of a bond layer on one face, called the temporary face , of a temporary substrate ; b) an assembly step that includes bringing the electroluminescent structures into contact on a face called the back face opposite the light emitting face , with a face called the host face of a host substrate ; c) a step for at least partial removal of the temporary substrate ;
A printed circuit board assembly (PCBA) , comprising: a printed circuit board , at least one electronic component disposed on the printed circuit board ; and a nanofilm including: an inner coating comprising metal oxide; and an outer coating in contact with the inner coating , the outer coating comprising silicon dioxide; the PCBA further comprising a waterproof coating comprising a polymer coating material, characterized in that : the waterproof coating is disposed on or in contact with at least one portion of the at least one electronic component ; the inner coating is disposed on the printed circuit board or in contact with the waterproof coating ; the inner coating comprises metal oxide particles with a particle diameter in a range of 5 nm to 100 nm; and the outer coating comprises silicon dioxide particles having a particle diameter in a range of 0.1 nm to 10 nm, wherein the metal oxide particles and the silicon dioxide particles are bonded or fused together with each other in each of the inner coating and the outer coating , and in the interface between the inner coating and outer coating . a printed circuit board , at least one electronic component disposed on the printed circuit board ; and a nanofilm including: an inner coating comprising metal oxide; and an outer coating in contact with the inner coating , the outer coating comprising silicon dioxide; an inner coating comprising metal oxide; and an outer coating in contact with the inner coating , the outer coating comprising silicon dioxide; the PCBA further comprising a waterproof coating comprising a polymer coating material, characterized in that : the waterproof coating is disposed on or in contact with at least one portion of the at least one electronic component ; the inner coating is disposed on the printed circuit board or in contact with the waterproof coating ; the inner coating comprises metal oxide particles with a particle diameter in a range of 5 nm to 100 nm; and the outer coating comprises silicon dioxide particles having a particle diameter in a range of 0.1 nm to 10 nm, wherein the metal oxide particles and the silicon dioxide particles are bonded or fused together with each other in each of the inner coating and the outer coating , and in the interface between the inner coating and outer coating . the waterproof coating is disposed on or in contact with at least one portion of the at least one electronic component ; the inner coating is disposed on the printed circuit board or in contact with the waterproof coating ; the inner coating comprises metal oxide particles with a particle diameter in a range of 5 nm to 100 nm; and the outer coating comprises silicon dioxide particles having a particle diameter in a range of 0.1 nm to 10 nm, wherein the metal oxide particles and the silicon dioxide particles are bonded or fused together with each other in each of the inner coating and the outer coating , and in the interface between the inner coating and outer coating .
A jet grouting method for improving a ground to be treated, the method comprising: forming a ground improvement body by injecting an improving material into the ground via an injection rod while rotating the injection rod in the ground, characterized by , when forming the ground improvement body, changing stepwisely a rotation speed of the injection rod injecting the improving material so as to control a diameter of the ground improvement body to be formed such that the sectional shape of the ground improvement body is a combination of at least two kinds of fan shapes, one of the two kinds corresponding to a fan shape having a smaller radius, and the other corresponding to a fan shape having a larger radius. forming a ground improvement body by injecting an improving material into the ground via an injection rod while rotating the injection rod in the ground, characterized by , when forming the ground improvement body, changing stepwisely a rotation speed of the injection rod injecting the improving material so as to control a diameter of the ground improvement body to be formed such that the sectional shape of the ground improvement body is a combination of at least two kinds of fan shapes, one of the two kinds corresponding to a fan shape having a smaller radius, and the other corresponding to a fan shape having a larger radius.
Hand-held power tool, in particular sander , for simultaneously driving multiple, preferably for driving three, in particular tiltable sanding discs which are driven in a rotating and/or oscillating and/or randomly circular manner, having at least one housing part which has sanding-disc-receptacle regions and/or openings in which or projecting through which are arranged sanding-disc receptacles and/or output shafts for driving the sanding discs , wherein the at least one housing part has between at least two adjacent sanding-disc-receptacle regions and/or openings a depression , in particular a concave depression , characterized in that the depression forms at least a part of an air-guiding channel , in particular a part of an air-guiding channel for extraction of dust by suction, and there is an increase in the dimension of the depression in the housing part from a centre region of the housing part radially outwards in the direction of a periphery of the housing part .
A building wall construction comprising: a building substrate ; a layer of insulation disposed within an interior cavity of the wall construction adjacent to the building substrate ; a plurality of polymeric brackets coupled to the building substrate ; one or more exterior cladding units coupled to the polymeric brackets ; and wherein, the polymeric brackets have a low thermal conductivity, and further wherein the wall construction is free of thermal bridges between the one or more exterior cladding units and the building substrate , such that condensation formed on the wall construction is realized only on the one or more exterior cladding units , such that the interior cavity of the wall construction is free from condensation, wherein each polymeric bracket of the plurality of polymeric brackets comprises: an anchor section adapted to couple to the building substrate ; a support section adapted to couple to the one or more exterior cladding units ; a web section connecting the anchor section to the support section ; characterised in that each polymeric bracket of the plurality of polymeric brackets further comprises at least one channel disposed on the anchor section and adapted to receive an insert ; and at least one channel disposed on the support section and adapted to receive an insert .