mhurhangee/ep-ind-claims huggingface dataset:
Process for adjusting a mirror (12, 14) for a motor vehicle, wherein, - one of the driver's directions of view is registered by at least one view registering apparatus, - a check is made whether the driver's direction of view is directed towards the mirror (12, 14), - the mirror (12, 14) located in the driver's direction of view is adjusted, characterised in that firstly a signal from the view registering apparatus that the driver's direction of view is directed towards the mirror (12, 14) is registered by a control unit, after which a prompt is registered via activation of an operating element to adjust the mirror (12, 14), whereupon only following a positive prompt by the activation of an operating element an adjustment desired by the driver to the mirror (12, 14) located in the driver's direction of view takes place. - one of the driver's directions of view is registered by at least one view registering apparatus, - a check is made whether the driver's direction of view is directed towards the mirror (12, 14), - the mirror (12, 14) located in the driver's direction of view is adjusted, characterised in that firstly a signal from the view registering apparatus that the driver's direction of view is directed towards the mirror (12, 14) is registered by a control unit, after which a prompt is registered via activation of an operating element to adjust the mirror (12, 14), whereupon only following a positive prompt by the activation of an operating element an adjustment desired by the driver to the mirror (12, 14) located in the driver's direction of view takes place.
A track link for a track assembly of a machine, comprising: a link body including a surface, a cavity, and at least one hole (50,52) configured to receive a track pin; characterized by a sensing device positioned in the cavity and configured to generate a signal indicative of a wear parameter of the surface; and a containment mechanism configured to secure the sensing device in position inside the cavity. a link body including a surface, a cavity, and at least one hole (50,52) configured to receive a track pin; characterized by a sensing device positioned in the cavity and configured to generate a signal indicative of a wear parameter of the surface; and a containment mechanism configured to secure the sensing device in position inside the cavity.
A structural connection of door leaf and door frame, comprising a thin-wall frame profile and a thin-wall door leaf profile composed of a dimensional compound profile circumflexing a glazed panel secured at its perimeter with a thermal insulating insert ( 6, 39) and sealed on one side of the glazed panel with an external panel gasket and with an internal pane gasket pressed by a glazing strip on the other side, wherein the thin-wall frame profile comprises two hollow profiles and two profile spacers ( 14, 15) fixedly connected to said hollow profiles, wherein the thin-wall door leaf profile comprises two hollow profiles and two profile spacers ( 21, 22) fixedly connected to said hollow profiles, wherein the thin-wall profile of the frame has three closed chambers ( 9, 10, 11), wherein the internal chamber has opposite trapezoid sockets ( 12, 12') for the fixed connection with trapezoid protrusions ( 13, 13') of the profile spacers ( 14, 15), wherein the thin-wall profile of the door leaf has three closed chambers ( 16, 17, 18), wherein the internal chamber has trapezoid sockets ( 19, 19') for the fixed connection with trapezoid protrusions ( 20, 20') of the profile spacers ( 21, 22), characterized by each of the profile spacers ( 14, 15, 21, 22) further comprising: - rhombus-shaped sockets ( 26, 26') opened towards one side of the profile spacer for receiving trapezoid protrusions of a gasket (24, 24', 28, 28'); and - a trapezoid socket ( 33, 33') opened towards the other side of the profile spacer for receiving a trapezoid ending ( 34, 34') of a thermal barrier ( 35, 35'). - rhombus-shaped sockets ( 26, 26') opened towards one side of the profile spacer for receiving trapezoid protrusions of a gasket (24, 24', 28, 28'); and - a trapezoid socket ( 33, 33') opened towards the other side of the profile spacer for receiving a trapezoid ending ( 34, 34') of a thermal barrier ( 35, 35').
A dispensing device for dispensing substances to be taken by a user, wherein the dispensing device comprises: means for storing an indication of a taking plan of a plurality of doses of one or more substances, the taking plan comprising an indication of a taking time of each dose, a plurality of compartments each one for containing one of the doses, means for providing a taking notice of each dose in response to the corresponding taking time, means (130,235) for releasing the dose corresponding to each taking notice from the corresponding compartment in response to a releasing command, characterized in that the dispensing device comprises a plate having a collecting surface in a central zone thereof, the compartments being arranged in a peripheral zone of the plate and the means (130,235) for releasing facing towards the central zone of the plate for collecting the doses released thereby onto the collecting surface. means for storing an indication of a taking plan of a plurality of doses of one or more substances, the taking plan comprising an indication of a taking time of each dose, a plurality of compartments each one for containing one of the doses, means for providing a taking notice of each dose in response to the corresponding taking time, means (130,235) for releasing the dose corresponding to each taking notice from the corresponding compartment in response to a releasing command,
A method for online analysis of the residual stresses during the generative manufacture of components, for process control, for method optimization and component quality control by determining the residual stresses of a component, in particular of a component of an aircraft engine, during production thereof, the method comprising the following steps: - creating at least one local melt pool in a surface of the component to be produced after completion of a predetermined portion of the component, wherein the component is produced by selective laser melting and/or by selective laser sintering and the local melt pool is created by means of laser energy; - optically detecting surface distortions and/or elongations, which occur at least in a region around the created melt pool, by means of a speckle interferometry method; and - determining the residual stresses of the component which are present at least in the region around the created melt pool on the basis of the optically detected surface distortions and/or elongations. - creating at least one local melt pool in a surface of the component to be produced after completion of a predetermined portion of the component, wherein the component is produced by selective laser melting and/or by selective laser sintering and the local melt pool is created by means of laser energy; - optically detecting surface distortions and/or elongations, which occur at least in a region around the created melt pool, by means of a speckle interferometry method; and - determining the residual stresses of the component which are present at least in the region around the created melt pool on the basis of the optically detected surface distortions and/or elongations.
A compound of the formulae selected from: or or a tautomer thereof, or an isotopomer thereof, or a stereoisomer thereof, or a pharmaceutically acceptable salt of each thereof, or a pharmaceutically acceptable solvate of each of the foregoing, wherein R 2 is H, halogen, CN, OCH 3, OCF 3, -NH-acyl, an optionally substituted alkyl group, an optionally substituted carboxamido or a sulfonamido group, an optionally substituted cycloalkyl or heterocyclyl group, or an optionally substituted aryl or heteroaryl group; W is O; each X independently is CH, CR 3 or N wherein R 3 is halogen, alkyl, alkoxy, or CN; Y is SO 2 or CO; Z is -CH 2 -, -CH(CH 3)-, or -C(CH 3) 2; R 1 is an optionally substituted alkyl group, an optionally substituted 3-7 membered cycloalkyl or heterocyclyl group, or an optionally substituted aryl or heteroaryl group. or a tautomer thereof, or an isotopomer thereof, or a stereoisomer thereof, or a pharmaceutically acceptable salt of each thereof, or a pharmaceutically acceptable solvate of each of the foregoing, wherein R 2 is H, halogen, CN, OCH 3, OCF 3, -NH-acyl, an optionally substituted alkyl group, an optionally substituted carboxamido or a sulfonamido group, an optionally substituted cycloalkyl or heterocyclyl group, or an optionally substituted aryl or heteroaryl group; W is O; each X independently is CH, CR 3 or N wherein R 3 is halogen, alkyl, alkoxy, or CN; Y is SO 2 or CO; Z is -CH 2 -, -CH(CH 3)-, or -C(CH 3) 2; R 1 is an optionally substituted alkyl group, an optionally substituted 3-7 membered cycloalkyl or heterocyclyl group, or an optionally substituted aryl or heteroaryl group.
A refrigeration cycle system comprising: a refrigerant circuit having a compressor configured to compress a refrigerant; means for detecting a compressor current, which is an electric current supplied at least to the compressor; means for acquiring a first detection value, which is a value of the compressor current at a point of time when a first time has elapsed from starting of the compressor; means for acquiring a second detection value, which is a value of the compressor current at a point of time when a second time shorter than the first time has elapsed from the starting of the compressor; and means for stopping the compressor in a case where the first detection value does not exceed a first reference value, and a difference between the first detection value and the second detection value does not exceed a second reference value. a refrigerant circuit having a compressor configured to compress a refrigerant; means for detecting a compressor current, which is an electric current supplied at least to the compressor; means for acquiring a first detection value, which is a value of the compressor current at a point of time when a first time has elapsed from starting of the compressor; means for acquiring a second detection value, which is a value of the compressor current at a point of time when a second time shorter than the first time has elapsed from the starting of the compressor; and means for stopping the compressor in a case where the first detection value does not exceed a first reference value, and a difference between the first detection value and the second detection value does not exceed a second reference value.
Ring for a floating ring seal, which has an active surface, wherein the active surface has an inner zone with a surface and an outer zone with a surface, wherein the outer zone coaxially surrounds the inner zone, wherein each of the two surfaces has a structure provided with a laser, characterised in that the respective structure of the respective surface of the inner zone and the outer zone has a spiral pattern, wherein individual spirals of the structure of the surface of the inner zone are formed clockwise from the inside to the outside, wherein individual spirals of the structure of the surface of the outer zone are formed anticlockwise from the outside to the inside.
Method for writing and reading more than two data bits to a magnetic random access memory (MRAM) cell comprising a magnetic tunnel junction formed from a read magnetic layer having a read magnetization, a tunnel barrier layer, and a storage layer; the storage layer that can be freely oriented at a high temperature threshold comprising a first storage ferromagnetic layer having a first storage magnetization, a second storage ferromagnetic layer having a second storage magnetization, and a storage anti-parallel coupling layer magnetically coupling the first and second storage magnetization (233, 234); in order to write one state level of a plurality of state levels associated with said more than two data bits the method comprises the following steps performed in the given order: (a) heating the magnetic tunnel junction to the high temperature threshold; (b) orienting the first and second storage magnetizations (233, 234) using a magnetic field, so that first storage magnetization forms a predetermined angle α with respect to the second storage magnetization, so that the second storage magnetization forms an angle of α/2, or an angle of 180°-α/2, with the read magnetization; and (c)cooling the magnetic tunnel junction to a low temperature threshold to freeze the second storage magnetization in said position wherein it forms an angle of α/2 or 180°-α/2 with the read magnetization, such as to provide one of a plurality of predetermined state resistance levels of the magnetic tunnel junction defined by the orientation of the first storage magnetization relative to the read magnetization; (d) removing said magnetic field which was used orientate the first and second storage magnetization (233, 234) in step (a) wherein the different state levels use respective different angles ∝/2 between the second storage magnetization and the read magnetization. (a) heating the magnetic tunnel junction to the high temperature threshold; (b) orienting the first and second storage magnetizations (233, 234) using a magnetic field, so that first storage magnetization forms a predetermined angle α with respect to the second storage magnetization, so that the second storage magnetization forms an angle of α/2, or an angle of 180°-α/2, with the read magnetization; and (c)cooling the magnetic tunnel junction to a low temperature threshold to freeze the second storage magnetization in said position wherein it forms an angle of α/2 or 180°-α/2 with the read magnetization, such as to provide one of a plurality of predetermined state resistance levels of the magnetic tunnel junction defined by the orientation of the first storage magnetization relative to the read magnetization; (d) removing said magnetic field which was used orientate the first and second storage magnetization (233, 234) in step (a)
A network component in WDM networks, comprising: at least one control plane controller, configured to transmit a message to at least one adjacent control plane controller, wherein the message comprises a Type-Length-Value, TLV, indicating Routing and Wavelength Assignment, RWA, information; and the RWA information is used for Routing and Wavelength Assignment which is implemented by a path computation element, PCE; receive the RWA from the PCE; wherein the RWA information is encoded using a link set TLV, a wavelength set TLV, or both; it is characterized by that when the RWA information is encoded using a link set TLV, the link set TLV comprises an action field which indicates whether the links are an inclusive range, or an exclusive range; when the RWA information is encoded using a wavelength set TLV, the wavelength set TLV comprises an action field which indicates whether a plurality of wavelengths are represented by an inclusive range, an exclusive range, or a bitmap, wherein the RWA information comprises a connectivity matrix associated with a network element, and the TLV comprises a connectivity field, an ingress link set, and an egress link set. at least one control plane controller, configured to transmit a message to at least one adjacent control plane controller, wherein the message comprises a Type-Length-Value, TLV, indicating Routing and Wavelength Assignment, RWA, information; and the RWA information is used for Routing and Wavelength Assignment which is implemented by a path computation element, PCE; receive the RWA from the PCE; wherein the RWA information is encoded using a link set TLV, a wavelength set TLV, or both; it is characterized by that when the RWA information is encoded using a link set TLV, the link set TLV comprises an action field which indicates whether the links are an inclusive range, or an exclusive range; when the RWA information is encoded using a wavelength set TLV, the wavelength set TLV comprises an action field which indicates whether a plurality of wavelengths are represented by an inclusive range, an exclusive range, or a bitmap, wherein the RWA information comprises a connectivity matrix associated with a network element, and the TLV comprises a connectivity field, an ingress link set, and an egress link set.
An ophthalmological laser device for treatment of eye tissue comprising: a base station having a treatment laser source configured to generate a treatment laser beam; an application head; an arm arranged between the base station and the application head, wherein the arm is configured to provide a beam path for the treatment laser beam, the arm having at least one joint; and a scanner configured to dynamically deflect the treatment laser beam about two axes (A, B), characterized in that the scanner is arranged in the joint and in that the beam path of the treatment laser beam upstream of the scanner is collinear with an axis of rotation of the joint and an orientation of the scanner is dependent on a movement of the joint. a base station having a treatment laser source configured to generate a treatment laser beam; an application head; an arm arranged between the base station and the application head, wherein the arm is configured to provide a beam path for the treatment laser beam, the arm having at least one joint; and a scanner configured to dynamically deflect the treatment laser beam about two axes (A, B), characterized in that the scanner is arranged in the joint and in that the beam path of the treatment laser beam upstream of the scanner is collinear with an axis of rotation of the joint and an orientation of the scanner is dependent on a movement of the joint.
A method for emulating an electromagnetic environment, EME, in an anechoic chamber, the method comprising the steps of: - receiving, by a first receiving unit, an input signal outside the anechoic chamber; - generating, by a signal generating unit, an emulated signal based on the input signal; - transmitting, by a transmitting unit, the emulated signal inside the anechoic chamber to emulate the EME; - adjusting, by the signal generating unit, the emulated signal generated by the signal generating unit based on the emulated signal transmitted by the transmitting unit; - receiving, by a second receiving unit, the emulated signal inside the anechoic chamber; - adjusting, by the signal generating unit, the emulated signal generated by the signal generating unit based on the emulated signal received by the second receiving unit; - performing a waveform similarity test based on the input signal and based on the emulated signal generated by the signal generating unit and based on the emulated signal received by the second receiving unit; and - determining, by the signal generating unit, a performance of EME emulation based on a result of the waveform similarity test. - receiving, by a first receiving unit, an input signal outside the anechoic chamber; - generating, by a signal generating unit, an emulated signal based on the input signal; - transmitting, by a transmitting unit, the emulated signal inside the anechoic chamber to emulate the EME; - adjusting, by the signal generating unit, the emulated signal generated by the signal generating unit based on the emulated signal transmitted by the transmitting unit; - receiving, by a second receiving unit, the emulated signal inside the anechoic chamber; - adjusting, by the signal generating unit, the emulated signal generated by the signal generating unit based on the emulated signal received by the second receiving unit; - performing a waveform similarity test based on the input signal and based on the emulated signal generated by the signal generating unit and based on the emulated signal received by the second receiving unit; and - determining, by the signal generating unit, a performance of EME emulation based on a result of the waveform similarity test.
A pipe fitting comprising: a housing: a connecting cylinder at least partially disposed in said housing, the connecting cylinder being sealingly mounted in said housing, said cylinder having a portion of reduced diameter defining a shoulder; a pipe fastening element rotatably mounted about said reduced diameter portion of said connecting cylinder for selectively) engaging the pipe; and said pipe fastening element including means for selectively engaging the interior wall of the pipe, wherein said means for selectively engaging define the interior wall of an annular pipe receiving recess and have an integral external screw thread defined thereabout; CHARACTERIZED IN THAT said portion of reduced diameter includes an annular groove that defines said shoulder which has a sloping portion; the pipe fastening element is further rotatably mounted about said annular groove; said portion of reduced, diameter is longer than the length of the pipe fastening element so as to allow said pipe fastening element to slide reciprocatingly longitudinally along said portion of reduced diameter; and said means for selectively engaging the interior wall of the pipe are configured for permitting removal of the pipe from the fitting when manipulating said pipe fastening element. a housing: a connecting cylinder at least partially disposed in said housing, the connecting cylinder being sealingly mounted in said housing, said cylinder having a portion of reduced diameter defining a shoulder; a pipe fastening element rotatably mounted about said reduced diameter portion of said connecting cylinder for selectively) engaging the pipe; and said pipe fastening element including means for selectively engaging the interior wall of the pipe, wherein said means for selectively engaging define the interior wall of an annular pipe receiving recess and have an integral external screw thread defined thereabout; CHARACTERIZED IN THAT said portion of reduced diameter includes an annular groove that defines said shoulder which has a sloping portion; the pipe fastening element is further rotatably mounted about said annular groove; said portion of reduced, diameter is longer than the length of the pipe fastening element so as to allow said pipe fastening element to slide reciprocatingly longitudinally along said portion of reduced diameter; and said means for selectively engaging the interior wall of the pipe are configured for permitting removal of the pipe from the fitting when manipulating said pipe fastening element.