mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: an instrument having, at least one electromagnetic tracking device to consume power to sense and provide tracking information for use in determining a location of the at least one electromagnetic tracking device; a first power source to power the at least one electromagnetic tracking device; and a first thermo-electric generator to generate a current to charge the first power source; wherein the first power source provides an appropriate current to the at least one electromagnetic tracking device for operation thereof; characterised by a dynamic reference frame configured to be fixed to a patient for maintaining a registration to a patient space; wherein the dynamic reference frame has having a second thermal electric generator to charge a second power source included with the dynamic reference frame. an instrument having, at least one electromagnetic tracking device to consume power to sense and provide tracking information for use in determining a location of the at least one electromagnetic tracking device; a first power source to power the at least one electromagnetic tracking device; and a first thermo-electric generator to generate a current to charge the first power source; wherein the first power source provides an appropriate current to the at least one electromagnetic tracking device for operation thereof; characterised by at least one electromagnetic tracking device to consume power to sense and provide tracking information for use in determining a location of the at least one electromagnetic tracking device; a first power source to power the at least one electromagnetic tracking device; and a first thermo-electric generator to generate a current to charge the first power source; wherein the first power source provides an appropriate current to the at least one electromagnetic tracking device for operation thereof; characterised by a dynamic reference frame configured to be fixed to a patient for maintaining a registration to a patient space; wherein the dynamic reference frame has having a second thermal electric generator to charge a second power source included with the dynamic reference frame.
An oil-in-water emulsion cosmetic comprising the following (A) to (E) as essential components and having a pH of 6 or less: (A) an L-ascorbyl tetra fatty acid ester derivative represented by the following general formula (I) wherein R represents a branched alkyl fatty acid residue having 8 to 18 carbons; (B) a polar oil which is selected from cetyl ethylhexanoate, ethylhexyl palmitate, triethylhexanoin; (C) a chelating agent; (D) an antioxidant; and (E) water, wherein the component (C) chelating agent is one or two or more selected from edetic acid and a salt thereof, succinic acid and a salt thereof, and pentetic acid and a salt thereof. (A) an L-ascorbyl tetra fatty acid ester derivative represented by the following general formula (I) wherein R represents a branched alkyl fatty acid residue having 8 to 18 carbons; (B) a polar oil which is selected from cetyl ethylhexanoate, ethylhexyl palmitate, triethylhexanoin; (C) a chelating agent; (D) an antioxidant; and (E) water,
A carbohydrate composition having a dextrose equivalence of from 20 to 25, characterized in that it has a number average molecular weight Mn of from 500 to 1500 g/mole, a soluble fibre content of from 60 to 75% by weight of the composition on dry basis and in that it comprises 15wt% or less of monosaccharides.
Method for determining a route of a mobile terminal on the basis of data relating to a plurality of network events involving said mobile terminal, said route consisting of at least one route segment of a transport network, said method comprising: - determining at least one candidate route, during which the following are determined for at least one first network event from among the plurality of network events: a probability of said mobile terminal connecting to a first base station involved in the first network event, in the knowledge that said mobile terminal is located, at a time t1 at which the first network event occurred, on a first candidate route segment located within a zone of coverage of said first base station, and a probability of said terminal transitioning, at a time t2 at which a second network event involving a second base station occurred, to at least one second candidate route segment located within a zone of coverage of said second base station, in the knowledge that the mobile terminal is located on the first candidate route segment at the time t1; - selecting said route of said mobile terminal from among the set of candidate routes, taking into account the probabilities of connection and the probabilities of transition determined for the plurality of network events. - determining at least one candidate route, during which the following are determined for at least one first network event from among the plurality of network events: a probability of said mobile terminal connecting to a first base station involved in the first network event, in the knowledge that said mobile terminal is located, at a time t1 at which the first network event occurred, on a first candidate route segment located within a zone of coverage of said first base station, and a probability of said terminal transitioning, at a time t2 at which a second network event involving a second base station occurred, to at least one second candidate route segment located within a zone of coverage of said second base station, in the knowledge that the mobile terminal is located on the first candidate route segment at the time t1; a probability of said mobile terminal connecting to a first base station involved in the first network event, in the knowledge that said mobile terminal is located, at a time t1 at which the first network event occurred, on a first candidate route segment located within a zone of coverage of said first base station, and a probability of said terminal transitioning, at a time t2 at which a second network event involving a second base station occurred, to at least one second candidate route segment located within a zone of coverage of said second base station, in the knowledge that the mobile terminal is located on the first candidate route segment at the time t1; - selecting said route of said mobile terminal from among the set of candidate routes, taking into account the probabilities of connection and the probabilities of transition determined for the plurality of network events.
A method comprising: producing ions from one or more calibrant species and delivering the ions to a mass analyzer ; measuring a first set of mass related physical values for the ions from the one or more calibrant species; producing ions from a sample and delivering the ions to a mass analyzer , the sample including ion species of unknown mass and a first sample ion species of known mass, the first sample ion species having a mass-to-charge ratio outside of the range of the mass-to-charge ratios of the calibrant ion species; measuring a second mass related physical value for the first sample ion species; calculating a calibration curve based on the first set of mass related physical values for the plurality calibrant ion species and second mass related physical value for the first sample ion species; and modifying at least one instrument parameter based on the calibration curve. producing ions from one or more calibrant species and delivering the ions to a mass analyzer ; measuring a first set of mass related physical values for the ions from the one or more calibrant species; producing ions from a sample and delivering the ions to a mass analyzer , the sample including ion species of unknown mass and a first sample ion species of known mass, the first sample ion species having a mass-to-charge ratio outside of the range of the mass-to-charge ratios of the calibrant ion species; measuring a second mass related physical value for the first sample ion species; calculating a calibration curve based on the first set of mass related physical values for the plurality calibrant ion species and second mass related physical value for the first sample ion species; and modifying at least one instrument parameter based on the calibration curve.
An implantable device for sensing intravascular pressure, the device comprising: a bulk acoustic wave (BAW) resonator arranged to be deflected by changes in intravascular fluid pressure to provide a pressure dependent sensing signal; characterized by an acoustic reflector arranged to separate the BAW resonator from the intravascular fluid and to mediate pressure from the intravascular fluid to the BAW resonator; wherein the acoustic reflector comprises a layer structure arranged to provide a series of transitions in acoustic impedance between the intravascular fluid and the BAW resonator. a bulk acoustic wave (BAW) resonator arranged to be deflected by changes in intravascular fluid pressure to provide a pressure dependent sensing signal; characterized by an acoustic reflector arranged to separate the BAW resonator from the intravascular fluid and to mediate pressure from the intravascular fluid to the BAW resonator; wherein the acoustic reflector comprises a layer structure arranged to provide a series of transitions in acoustic impedance between the intravascular fluid and the BAW resonator.
A method for monitoring wireless data communication by a user equipment connected to a wireless data network , comprising the following steps performed by the user equipment : receiving at least one signal , wherein the at least one signal comprises at least one characteristic of a wake-up signal ; determining whether the at least one signal is a wake-up signal or a false alarm wake-up signal ; and reporting , based on said determining , information on the at least one signal to the wireless data network , wherein the reporting , based on said determining , information on the at least one signal to the wireless data network comprises selectively executing the reporting , if the at least one signal is a false alarm wake-up signal , wherein a plurality of signals are received and the method further comprises: collecting information on the false alarm wake-up signals of the plurality of received signals ; wherein reporting information on the false alarm wake-up signals of the plurality of received signals to the wireless data network is performed collectively, wherein collecting information on the false alarm wake-up signals includes information regarding the geographical location of the user equipment at the point of time of receiving each of the false alarm wake-up signals . receiving at least one signal , wherein the at least one signal comprises at least one characteristic of a wake-up signal ; determining whether the at least one signal is a wake-up signal or a false alarm wake-up signal ; and reporting , based on said determining , information on the at least one signal to the wireless data network , wherein the reporting , based on said determining , information on the at least one signal to the wireless data network comprises selectively executing the reporting , if the at least one signal is a false alarm wake-up signal , collecting information on the false alarm wake-up signals of the plurality of received signals ; wherein reporting information on the false alarm wake-up signals of the plurality of received signals to the wireless data network is performed collectively,
A method for electronically controlling a brake unit , in particular a pneumatic brake unit, having two brake systems , in particular pneumatic brake systems, for an automated controllable vehicle combination , in particular a commercial vehicle combination , having at least the following steps: - reading a request signal (S1) for automated electronic controlling service brakes in a towing vehicle brake system of a towing vehicle and/or of a trailer brake system of a trailer of the vehicle combination , wherein via the request signal (S1) an automated requested vehicle target acceleration (aSoll) to be controlled by the respective service brakes and/or an automated request vehicle target speed (vSoll) are transmitted (St1); - monitoring and verifying the plausibility of the request signal (S1) to determine whether the automated requested vehicle target acceleration (aSoll) and/or the automated request vehicle target speed (vSoll) are or can be completely or correctly controlled by the respective service brakes (St3, St2.1, St2.2, St2.3); - outputting a trailer redundancy control signal (S3) to the trailer brake system , if the automated requested vehicle target acceleration (aSoll) and or the automated requested vehicle target speed (vSoll) has not been or cannot be controlled completely or correctly (St3). - reading a request signal (S1) for automated electronic controlling service brakes in a towing vehicle brake system of a towing vehicle and/or of a trailer brake system of a trailer of the vehicle combination , wherein via the request signal (S1) an automated requested vehicle target acceleration (aSoll) to be controlled by the respective service brakes and/or an automated request vehicle target speed (vSoll) are transmitted (St1); - monitoring and verifying the plausibility of the request signal (S1) to determine whether the automated requested vehicle target acceleration (aSoll) and/or the automated request vehicle target speed (vSoll) are or can be completely or correctly controlled by the respective service brakes (St3, St2.1, St2.2, St2.3); - outputting a trailer redundancy control signal (S3) to the trailer brake system , if the automated requested vehicle target acceleration (aSoll) and or the automated requested vehicle target speed (vSoll) has not been or cannot be controlled completely or correctly (St3).
A curved light guide structure (10; 20; 30; 50; 60; 70; 80; 90) configured to guide an optical signal within a spectral region, and comprising: end faces disposed at two ends of the curved light guide structure; a first main side extending between the end faces , and a second main side opposite the first main side and extending between the end faces ; at least a first pass region (18 1 , 18 2 ) on the first main side , the first pass region (18 1 , 18 2 ) being configured to receive and transmit an optical signal within the spectral region, wherein the curved light guide structure (10; 20; 30; 50; 60; 70; 80; 90) is configured to guide the optical signal along an axial direction between the end faces ; and at least a second pass region (18 2 , 18 1 ) on the second main side that is configured to let pass, to form and emit at least part of the optical signal from the curved light guide structure; wherein the first pass region (18 1 , 18 2 ) is configured to direct the optical signal to be emitted onto a first end face of the end faces, wherein the second pass region (18 2 , 18 1 ) being associated with a sub-region of the end face ; and the part of the optical signal is based on a part of the optical signal that is redirected at the sub-region ; characterized in that the first pass region (18 1 ) is configured to direct the received optical signal to the first end face of the end faces, thereby performing focusing of the optical signal so that the optical signal redirected from the first end face is collimated. end faces disposed at two ends of the curved light guide structure; a first main side extending between the end faces , and a second main side opposite the first main side and extending between the end faces ; at least a first pass region (18 1 , 18 2 ) on the first main side , the first pass region (18 1 , 18 2 ) being configured to receive and transmit an optical signal within the spectral region, wherein the curved light guide structure (10; 20; 30; 50; 60; 70; 80; 90) is configured to guide the optical signal along an axial direction between the end faces ; and at least a second pass region (18 2 , 18 1 ) on the second main side that is configured to let pass, to form and emit at least part of the optical signal from the curved light guide structure; wherein the first pass region (18 1 , 18 2 ) is configured to direct the optical signal to be emitted onto a first end face of the end faces, wherein the second pass region (18 2 , 18 1 ) being associated with a sub-region of the end face ; and the part of the optical signal is based on a part of the optical signal that is redirected at the sub-region ; characterized in that the first pass region (18 1 ) is configured to direct the received optical signal to the first end face of the end faces, thereby performing focusing of the optical signal so that the optical signal redirected from the first end face is collimated.
A mobile phone comprising: • a touch screen with an in-display fingerprint sensor; • a processor coupled to the touch screen and the in-display fingerprint sensor (112-1, 112-2); and • a non-transitory computer-readable medium storing instructions that, when executed by the processor, are configured to cause the mobile phone to: ∘ when a first tap is detected on the touch screen while the touch screen is in a black screen state, display a fingerprint pattern in a target display area to prompt a user to enter a fingerprint in the target display area; ∘ when detecting that the mobile phone is picked up while the touch screen is in the black screen state, display the fingerprint pattern in the target display area to prompt the user to enter the fingerprint in the target display area; and ∘ when the mobile phone is in a voice call state, avoid displaying the fingerprint pattern in the target display area, wherein the voice call state indicates that the user is using the mobile phone to make a call or to play a voice in an earpiece mode. • a touch screen with an in-display fingerprint sensor; • a processor coupled to the touch screen and the in-display fingerprint sensor (112-1, 112-2); and • a non-transitory computer-readable medium storing instructions that, when executed by the processor, are configured to cause the mobile phone to: ∘ when a first tap is detected on the touch screen while the touch screen is in a black screen state, display a fingerprint pattern in a target display area to prompt a user to enter a fingerprint in the target display area; ∘ when detecting that the mobile phone is picked up while the touch screen is in the black screen state, display the fingerprint pattern in the target display area to prompt the user to enter the fingerprint in the target display area; and ∘ when the mobile phone is in a voice call state, avoid displaying the fingerprint pattern in the target display area, wherein the voice call state indicates that the user is using the mobile phone to make a call or to play a voice in an earpiece mode. ∘ when a first tap is detected on the touch screen while the touch screen is in a black screen state, display a fingerprint pattern in a target display area to prompt a user to enter a fingerprint in the target display area; ∘ when detecting that the mobile phone is picked up while the touch screen is in the black screen state, display the fingerprint pattern in the target display area to prompt the user to enter the fingerprint in the target display area; and ∘ when the mobile phone is in a voice call state, avoid displaying the fingerprint pattern in the target display area, wherein the voice call state indicates that the user is using the mobile phone to make a call or to play a voice in an earpiece mode.
Method for diagnosing aftertreatment of exhaust gases resulting from combustion, wherein at least a first substance (NO x ) resulting from said combustion is reduced by supplying additive to an exhaust gas stream resulting from said combustion and use of a first reduction catalytic converter , the method being characterised in: - estimating an accumulated expected reduction of said first substance during a first period of time (tliml) on the basis of a measure of quality of said additive, said measure of quality being determined by means of a quality sensor being subjected to said additive, - determining an accumulated actual reduction of said first substance (NO x ) during a period of time at least substantially overlapping said first period of time (tlim1), and - generating a signal indicating a fault in said reduction of said first substance (NO x ) when said accumulated actual reduction differs from said accumulated expected reduction by a predetermined difference in occurrence of said first substance (NO x ). - estimating an accumulated expected reduction of said first substance during a first period of time (tliml) on the basis of a measure of quality of said additive, said measure of quality being determined by means of a quality sensor being subjected to said additive, - determining an accumulated actual reduction of said first substance (NO x ) during a period of time at least substantially overlapping said first period of time (tlim1), and - generating a signal indicating a fault in said reduction of said first substance (NO x ) when said accumulated actual reduction differs from said accumulated expected reduction by a predetermined difference in occurrence of said first substance (NO x ).
Motor vehicle differential reducer comprising: - a substantially longitudinal differential mechanism comprising at least one ring gear of which a lower portion is intended to be immersed in lubricating oil; - a reduction mechanism comprising a secondary shaft and a primary shaft , a pinion of the primary shaft being driven by the ring gear via a pinion of the secondary shaft ; - a case which contains the differential mechanism and the reduction mechanism , the differential mechanism and the shafts each being borne in the case by an associated pair of opposite bearings , said case comprising, on the one hand, a first half-case of which an internal transverse wall comprises three housings which each receive a first bearing of each pair, and, on the other hand, a second half-case of which an internal transverse wall comprises three housings which each receive a second bearing of each pair, the rotation of the ring gear in a first direction of rotation (R1) being capable of spraying oil substantially transversely from the top of the ring gear in the direction of the reducer shafts , each internal transverse wall having first means for collecting and guiding the oil sprayed by the ring gear rotating in said first direction of rotation (R1) to the bearing housings ; characterized in that each internal wall comprises second means for collecting the oil sprayed substantially transversely by rotation of the ring gear in a second direction of rotation (R2) from the bottom of the ring gear in the direction of the reducer shafts . - a substantially longitudinal differential mechanism comprising at least one ring gear of which a lower portion is intended to be immersed in lubricating oil; - a reduction mechanism comprising a secondary shaft and a primary shaft , a pinion of the primary shaft being driven by the ring gear via a pinion of the secondary shaft ; - a case which contains the differential mechanism and the reduction mechanism , the differential mechanism and the shafts each being borne in the case by an associated pair of opposite bearings , said case comprising, on the one hand, a first half-case of which an internal transverse wall comprises three housings which each receive a first bearing of each pair, and, on the other hand, a second half-case of which an internal transverse wall comprises three housings which each receive a second bearing of each pair,