mhurhangee/patent-ind-claim-en huggingface dataset:
A method for thermoforming aluminum sheets by means of stretch forming in a device for thermoforming aluminum sheets by means of stretch forming, comprising a pressing device having a thermoforming/stretch forming tool which comprises a first tool, in particular a lower tool, and a second tool, in particular an upper tool, which can be closed with a positive fit with the first tool, wherein the first tool comprises a first base plate having a heatable drawing punch , at least one first heatable hold-down device , at least one first coolable hold-down device and at least one pressure-adjustable first hold-down cylinder , wherein the second tool comprises a second base plate having a heatable die part , at least one heatable sheet counterhold , at least one second coolable hold-down device and at least one pressure-adjustable second hold-down cylinder , wherein the first base plate or the second base plate is fastened to a movable, in particular distance-controlled and force-controlled, device of the pressing device, wherein a holding down of an edge of an aluminum sheet and a stretch forming via the heatable die part are made possible by means of the first and second tools, wherein the heatable and coolable tool elements are heated up or cooled down to their respectively predefined temperatures, after the predefined temperatures are reached, an aluminum sheet to be formed is introduced in the correct position between the first tool and the second tool, and the thermoforming tool is closed with a positive fit, wherein, when the aluminum sheet has reached its predefined temperature under the action of the heat of the heated tool elements , the stretch forming movement of the movable tool is started and is carried out up to a predefined drawing depth.
A filter for an inflator comprising: a rolled sheet centered on an axis wherein the sheet is rolled to form a plurality of radial layers and including a plurality of openings , a deflector being associated with each opening for directing inflation fluid in a non-radial direction relative to the axis , characterized in that each deflector defines an exit opening in fluid communication with the associated opening in the sheet , and each deflector comprises at least one sidewall . characterized in that each deflector defines an exit opening in fluid communication with the associated opening in the sheet , and each deflector comprises at least one sidewall .
A nasal adapter and flexible nose-piece for a sleep apnoea mask that is adapted to receive pressurised air from a pressurised air-line, the sleep apnoea mask comprising a mask body, an air supply tube and mask straps to hold the sleep apnoea mask in place on a patient's face during sleep, the nasal adapter being configured to engage with at least part of a patient's nose including the nostrils, and being characterised by : a mask engaging side configured to be attached to the flexible nose-piece and configured to attach the nasal adapter to the mask body of the sleep apnoea mask via a flexible nose-piece such as a bellows-like or tube-like member, such that the flexible nose-piece is positioned between the nasal adapter and the mask body to thereby allow relative movement between the nasal adapter and the mask body in response to dislodging forces acting on the sleep apnoea mask ; a nose-engaging side comprising a relatively rigid skin contact portion around the patient's nose including the nostrils, wherein the nose-engaging side is personalised to the patient's nose contour and nostrils using a digitising process to capture the exact contours of the patient's nose and nostrils, to thereby provide a close-fitting engagement; and the nasal adapter being constructed from a hard, biocompatible polymer to form said relatively rigid skin contact portion. a mask engaging side configured to be attached to the flexible nose-piece and configured to attach the nasal adapter to the mask body of the sleep apnoea mask via a flexible nose-piece such as a bellows-like or tube-like member, such that the flexible nose-piece is positioned between the nasal adapter and the mask body to thereby allow relative movement between the nasal adapter and the mask body in response to dislodging forces acting on the sleep apnoea mask ; a nose-engaging side comprising a relatively rigid skin contact portion around the patient's nose including the nostrils, wherein the nose-engaging side is personalised to the patient's nose contour and nostrils using a digitising process to capture the exact contours of the patient's nose and nostrils, to thereby provide a close-fitting engagement; and the nasal adapter being constructed from a hard, biocompatible polymer to form said relatively rigid skin contact portion.
Exhaust muffler having an exhaust-gas inlet , an exhaust-gas outlet and a catalytic converter arranged in a flow direction between the exhaust-gas inlet and the exhaust-gas outlet , wherein the catalytic converter has at least one throughflow body which comprises at least one wire body , wherein the throughflow body has a first end side arranged upstream in relation to the flow direction through the throughflow body and a second end side arranged downstream in relation to the flow direction through the throughflow body , wherein at least one first subregion of the throughflow body is coated with catalytically active coating, wherein the throughflow body has a second subregion which has a lower amount of catalytically active coating in relation to volume than the first subregion , wherein the amount of catalytically active coating of the second subregion can be equal to zero or greater than zero, characterized in that the first subregion is formed by at least one first wire body and the second subregion is formed by at least one second wire body .
An event notification method of an access and mobility management function, AMF, in a wireless communication system, the event notification method comprising: receiving (S2310), from a session management function, SMF, a subscribe message for a notification subscribe to a mobility event of a user equipment, UE , wherein the subscribe message includes an identifier, ID, of the UE and an event filter for filtering the mobility event; performing (S2320) a registration procedure for the UE ; and when the mobility event filtered by the event filter happens in the registration procedure, completing the registration procedure of a notification message for the mobility event and then sending (S2330) the notification message to the SMF, characterized in that if the subscribe message includes an indicator indicating a maintenance of a connected mode of the UE , the AMF maintains the connected mode of the UE for a predetermined time after the registration procedure is completed. receiving (S2310), from a session management function, SMF, a subscribe message for a notification subscribe to a mobility event of a user equipment, UE , wherein the subscribe message includes an identifier, ID, of the UE and an event filter for filtering the mobility event; performing (S2320) a registration procedure for the UE ; and when the mobility event filtered by the event filter happens in the registration procedure, completing the registration procedure of a notification message for the mobility event and then sending (S2330) the notification message to the SMF, characterized in that if the subscribe message includes an indicator indicating a maintenance of a connected mode of the UE , the AMF maintains the connected mode of the UE for a predetermined time after the registration procedure is completed.
A method for photographing images, applied to a mobile terminal having a light source, the method comprising: obtaining a current ambient light intensity ; determining a target luminous intensity based on the current ambient light intensity , wherein the target luminous intensity is a luminous intensity of the light source upon a photographing operation is performed; characterized in that : determining an initial luminous intensity of the light source by subtracting a preset value from the current ambient light intensity; obtaining a preset time difference between detecting a photographing instruction and performing the photographing operation, and determining a luminous intensity difference between the target luminous intensity and the initial luminous intensity; determining an adjusting step according to the luminous intensity difference and the preset time difference; and controlling the luminous intensity of the light source to gradually change from the initial luminous intensity to the target luminous intensity according to the adjusting step. obtaining a current ambient light intensity ; determining a target luminous intensity based on the current ambient light intensity , wherein the target luminous intensity is a luminous intensity of the light source upon a photographing operation is performed; characterized in that : determining an initial luminous intensity of the light source by subtracting a preset value from the current ambient light intensity; obtaining a preset time difference between detecting a photographing instruction and performing the photographing operation, and determining a luminous intensity difference between the target luminous intensity and the initial luminous intensity; determining an adjusting step according to the luminous intensity difference and the preset time difference; and controlling the luminous intensity of the light source to gradually change from the initial luminous intensity to the target luminous intensity according to the adjusting step. determining an initial luminous intensity of the light source by subtracting a preset value from the current ambient light intensity; obtaining a preset time difference between detecting a photographing instruction and performing the photographing operation, and determining a luminous intensity difference between the target luminous intensity and the initial luminous intensity; determining an adjusting step according to the luminous intensity difference and the preset time difference; and controlling the luminous intensity of the light source to gradually change from the initial luminous intensity to the target luminous intensity according to the adjusting step.
A method for shape cutting a glass sheet, the method comprising the steps of placing the glass sheet on a resting plane; making at least one scoring line having at least one curved stretch on an extended surface of the sheet and then breaking the sheet along said scoring line, characterized in that the breakage of said sheet is carried out using at least one light bulb having at least one incandescent source, directing the thermal beam emitted by the incandescent source towards the scoring line on an extended surface of said sheet on which said scoring line is obtained or an extended surface of said sheet opposite to the one on which said scoring line is obtained; generating a thermal gradient between the opposite surfaces of said sheet and a spontaneous breakage front in a point of the scoring line solely with said light bulb, and displacing said electric light bulb and said sheet with respect to each other and said thermal beam along a path either parallel to or coinciding with said scoring line thus causing the gradual spontaneous advancement of the breakage front of the sheet along the scoring line.
An inter-blade element for a water turbine runner blade, said inter-blade element comprising a profile , and a plug , forming a basis of the profile for being inserted into a corresponding hole made in a blade.
Cleaning trolley with a metering device for surface cleaners, comprising: - a mixing tank that can be filled with any desired amount of water up to a maximum amount; - at least one storage tank (12; 14) for surface cleaners; and - a measuring cell in the mixing tank for determining the conductance of the mixture; wherein - a computing unit is provided, which compares the conductance determined by the measuring cell with a predefined conductance and outputs a signal when the predefined conductance is reached. - a mixing tank that can be filled with any desired amount of water up to a maximum amount; - at least one storage tank (12; 14) for surface cleaners; and - a measuring cell in the mixing tank for determining the conductance of the mixture; wherein - a computing unit is provided, which compares the conductance determined by the measuring cell with a predefined conductance and outputs a signal when the predefined conductance is reached.
Cell of a redox flow battery, with at least one cell frame element , a membrane and two electrodes , wherein the at least one cell frame element , the membrane and the two electrodes enclose two cell internal spaces separated from one another, wherein in the at least one cell frame element at least four separate channels are provided such that the two cell internal spaces can be flowed through by different electrolyte solutions and wherein the cell is designed in a liquid-tight manner with the exception of the at least four separate channels , wherein at least the at least one cell frame element is welded with the membrane , the two electrodes and/or with at least one further cell frame element , characterised in that at least five cell frame elements are provided and in that the two electrodes and the membrane are in each case welded with a separate cell frame element .
An engine system comprising: a compression ignition diesel engine with an exhaust outlet fluidly connected with an aftertreatment system that terminates at a tail pipe ; a source of diesel fuel fluidly connected to the engine ; the aftertreatment system including a particle trap fluidly positioned between the engine and the tailpipe , and a non-thermal particle trap regeneration system that includes a valve fluidly positioned between a particulate volume and an inlet of the particle trap ; characterized in that a SCR catalyst fluidly is positioned on the particle trap or between the particle trap and the engine ; wherein the SCR catalyst is a sulfur tolerant SCR catalyst ; and a reductant system with a doser is positioned to deliver a reductant into the aftertreatment system upstream from the SCR catalyst . a compression ignition diesel engine with an exhaust outlet fluidly connected with an aftertreatment system that terminates at a tail pipe ; a source of diesel fuel fluidly connected to the engine ; the aftertreatment system including a particle trap fluidly positioned between the engine and the tailpipe , and a non-thermal particle trap regeneration system that includes a valve fluidly positioned between a particulate volume and an inlet of the particle trap ; characterized in that a SCR catalyst fluidly is positioned on the particle trap or between the particle trap and the engine ; wherein the SCR catalyst is a sulfur tolerant SCR catalyst ; and a reductant system with a doser is positioned to deliver a reductant into the aftertreatment system upstream from the SCR catalyst .
A method for protecting information in a mobile device in a communication system, the method comprising: in response to the mobile device detecting that an application will be installed in the mobile device or detecting that the application is being initially run by the mobile device, acquiring, by the mobile device , a database security analysis result of a database corresponding to the application , the database security analysis results being a result of performing a database security analyzing operation for protecting the database ; and outputting, by the mobile device , the database security analysis result for the application; wherein the database is generated in the mobile device in response to installing the application and includes personal information relating to running the application. in response to the mobile device detecting that an application will be installed in the mobile device or detecting that the application is being initially run by the mobile device, acquiring, by the mobile device , a database security analysis result of a database corresponding to the application , the database security analysis results being a result of performing a database security analyzing operation for protecting the database ; and outputting, by the mobile device , the database security analysis result for the application; wherein the database is generated in the mobile device in response to installing the application and includes personal information relating to running the application.
Lighting arrangement for vehicles, said light arrangement comprises: - at least one light guide , which extends from a common end region into at least one light guide portion at a transition section of the light guide , wherein the common end region has a light main propagation direction (X) and the at least one light guide portion extends along a second direction, wherein the at least one light guide comprises a light receiving surface configured to receive light from a light source and direct the light into the light guide , wherein the at least one light guide portion has one or more decoupling elements for emitting light out of the light guide portion , wherein the at least one light guide portion is configured to emit a first light distribution, and - a supplementary component for using stray light exiting from the at least one light guide at the transition section , said supplementary component extends along the transition section and has a light entry surface and a light exit surface opposite to the light entry surface for emitting light in the main propagation direction (X), characterized in that the supplementary component comprises a translucent section surrounded by an opaque cover section . - at least one light guide , which extends from a common end region into at least one light guide portion at a transition section of the light guide , wherein the common end region has a light main propagation direction (X) and the at least one light guide portion extends along a second direction, wherein the at least one light guide comprises a light receiving surface configured to receive light from a light source and direct the light into the light guide , wherein the at least one light guide portion has one or more decoupling elements for emitting light out of the light guide portion , wherein the at least one light guide portion is configured to emit a first light distribution, and - a supplementary component for using stray light exiting from the at least one light guide at the transition section , said supplementary component extends along the transition section and has a light entry surface and a light exit surface opposite to the light entry surface for emitting light in the main propagation direction (X),
Vacuum brake booster, the casing of which, formed by an end wall and a cover with an intermediate piston , delimiting two chambers (CH1, CH2) therein, is passed through by tubes for the passage of screws for fastening the brake booster to the partition (CL) of the passenger compartment of the vehicle, each tube being fastened by being crimped by way of its rear end in an orifice in the end wall of the casing , and close to the front end, where an orifice passes through the cover , the tube bears peripherally against the inside of the casing and passes through the cover in order to receive, on the outside, a tab of the master cylinder , said tab being locked in place by a screwed-on nut , said brake booster being characterized in that the front end of the tube is threaded and has a peripheral groove in which a collar is crimped behind the cover in the casing .
A tire, comprising: a tire tread with a rotational axis; a plurality of tread elements positioned on a tire tread surface so as to comprise a tread pattern , the plurality of tread elements positioned at least one of axially or circumferentially on the tire tread surface; a plurality of grooves provided between the plurality of tread elements ; a first set of sipes extending from a circumferential axis (A C ) of the tire tread towards a first axial end of the tire tread at a non-zero angle (α) with respect to an axial axis (A A ) of the tire tread ; and a second set of sipes extending from the circumferential axis (A C ) towards a second axial end of the tire opposite the first axial end at the non-zero angle (α) with respect to the axial axis (A A ) such that a first sipe end of each of the first set of sipes is positioned proximate to a second sipe end of each of the second set of sipes , wherein each of the first set of sipes and the second set of sipes extend beyond 50% of a half width (w) of the tire tread , the half width (w) measured from the circumferential axis (A C ) to one of the first axial end or the second axial end , and characterized in that each of the first set of sipes and the second set of sipes have a sipe depth (d) greater than 50% of a height (h) of the plurality of tread elements , and the first sipe end intersects the second sipe end at the circumferential axis (A C ) so that the combination of each of the first set of sipes and the second set of sipes comprise a chevron shape. a tire tread with a rotational axis; a plurality of tread elements positioned on a tire tread surface so as to comprise a tread pattern , the plurality of tread elements positioned at least one of axially or circumferentially on the tire tread surface; a plurality of grooves provided between the plurality of tread elements ; a first set of sipes extending from a circumferential axis (A C ) of the tire tread towards a first axial end of the tire tread at a non-zero angle (α) with respect to an axial axis (A A ) of the tire tread ; and a second set of sipes extending from the circumferential axis (A C ) towards a second axial end of the tire opposite the first axial end at the non-zero angle (α) with respect to the axial axis (A A ) such that a first sipe end of each of the first set of sipes is positioned proximate to a second sipe end of each of the second set of sipes , wherein each of the first set of sipes and the second set of sipes extend beyond 50% of a half width (w) of the tire tread , the half width (w) measured from the circumferential axis (A C ) to one of the first axial end or the second axial end , and characterized in that each of the first set of sipes and the second set of sipes have a sipe depth (d) greater than 50% of a height (h) of the plurality of tread elements , and the first sipe end intersects the second sipe end at the circumferential axis (A C ) so that the combination of each of the first set of sipes and the second set of sipes comprise a chevron shape.