mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft comprising: at least one line replaceable unit configured to: collect initial data prior to a takeoff roll of the aircraft received from at least one of: one or more sensors of the aircraft coupled to the at least one line replaceable unit , and a user interface coupled to the at least one line replaceable unit ; collect data during the takeoff roll responsive to the aircraft reaching a first speed (GS TR1 ), determine, based on the initial data collected prior to a takeoff roll of the aircraft, a takeoff rotation speed (V R ) of the aircraft and a rotation time (t VR ) associated with the takeoff rotation speed; determine, during the takeoff roll and prior to the rotation time, a predicted speed (V tVR ) of the aircraft at the rotation time, wherein the predicted speed is at least partially based on the data collected during the takeoff roll, wherein the determination of the predicted speed (V tVR ) of the aircraft is performed responsive to the aircraft reaching a second speed (GS TR2 ) that is greater than the first speed (GS TR1 ) and lower than a takeoff decision speed (V 1 ); determine whether an alert condition is satisfied at least partially based on whether a disparity (V R -V tVR_TPA ) between the takeoff rotation speed and the predicted speed exceeds a rotation speed disparity threshold ; and generate a takeoff performance alert in response to the alert condition being satisfied. collect initial data prior to a takeoff roll of the aircraft received from at least one of: one or more sensors of the aircraft coupled to the at least one line replaceable unit , and a user interface coupled to the at least one line replaceable unit ; collect data during the takeoff roll responsive to the aircraft reaching a first speed (GS TR1 ), determine, based on the initial data collected prior to a takeoff roll of the aircraft, a takeoff rotation speed (V R ) of the aircraft and a rotation time (t VR ) associated with the takeoff rotation speed; determine, during the takeoff roll and prior to the rotation time, a predicted speed (V tVR ) of the aircraft at the rotation time, wherein the predicted speed is at least partially based on the data collected during the takeoff roll, wherein the determination of the predicted speed (V tVR ) of the aircraft is performed responsive to the aircraft reaching a second speed (GS TR2 ) that is greater than the first speed (GS TR1 ) and lower than a takeoff decision speed (V 1 ); determine whether an alert condition is satisfied at least partially based on whether a disparity (V R -V tVR_TPA ) between the takeoff rotation speed and the predicted speed exceeds a rotation speed disparity threshold ; and generate a takeoff performance alert in response to the alert condition being satisfied.
Method for automatically determining information (IQ) representing the quality of sleep of a living being, without contact with said living being, on the basis of a set of data streams (F 1 , F 2 , F 3 ... F N ) relating to said living being, the data streams coming from at least two sensors (C 1 , C 2 , C 3 ...C M ), at least one of the sensors being a video camera which films said living being and provides a stream corresponding to a physiological parameter of said living being, which is established by photo plethysmography, the method consisting in - establishing measurement streams from said data streams; - decomposing the stream established by photoplethysmography into regions of interest and establishing a sum, which is weighted according to a pulsatility measured for each region, of the photoplethysmography signals established for each region; - combining the measurement streams to provide said information, while taking into account an estimate of the quality of the data streams. - establishing measurement streams from said data streams; - decomposing the stream established by photoplethysmography into regions of interest and establishing a sum, which is weighted according to a pulsatility measured for each region, of the photoplethysmography signals established for each region; - combining the measurement streams to provide said information, while taking into account an estimate of the quality of the data streams.
A device configured to execute a plurality of operating systems, the device comprising: a display configured to display (S501) a screen corresponding to a first operating system among the plurality of operating systems; and a controller configured to: control the display to display an operation screen of the first operating system on the display when the first operating system is activated; when the device receives (S502) a first user input tracing an outline on the display , display a menu window , and, when the device receives a selection of a menu option included in the menu window , activate a second operating system and control the display to divide (S503) the display into a plurality of display regions including a first display region and a second display region, the second display region defined by the outline ; and simultaneously display (S504) the operation screen of the first operating system on the first display region, and an operation screen of the second operating system on the second display region. a display configured to display (S501) a screen corresponding to a first operating system among the plurality of operating systems; and a controller configured to: control the display to display an operation screen of the first operating system on the display when the first operating system is activated; when the device receives (S502) a first user input tracing an outline on the display , display a menu window , and, when the device receives a selection of a menu option included in the menu window , activate a second operating system and control the display to divide (S503) the display into a plurality of display regions including a first display region and a second display region, the second display region defined by the outline ; and simultaneously display (S504) the operation screen of the first operating system on the first display region, and an operation screen of the second operating system on the second display region. control the display to display an operation screen of the first operating system on the display when the first operating system is activated; when the device receives (S502) a first user input tracing an outline on the display , display a menu window , and, when the device receives a selection of a menu option included in the menu window , activate a second operating system and control the display to divide (S503) the display into a plurality of display regions including a first display region and a second display region, the second display region defined by the outline ; and simultaneously display (S504) the operation screen of the first operating system on the first display region, and an operation screen of the second operating system on the second display region.
An anhydrous stick composition, comprising: a) a deodorant active, an antiperspirant active, or a combination thereof; b) a carrier; c) a structurant; and d) a cyclodextrin perfume complex, comprising cyclodextrin, wherein the cyclodextrin comprises beta-cyclodextrin and a perfume, wherein the perfume comprises perfume raw materials, wherein 20% to 100% of the perfume raw materials, by weight of the perfume, have: a complex stability constant of 3.0 or less, a ClogP of 2.5 or less; and a weight average molecular weight of 200 Daltons or less; wherein the perfume raw materials comprise ethyl-2-methyl butyrate; beta gamma hexanol; iso amyl acetate; amyl acetate; cis-3-hexenyl acetate; gamma-octalactone; ethyl vanillin; vanillin; benzaldehyde; or a combination thereof. a) a deodorant active, an antiperspirant active, or a combination thereof; b) a carrier; c) a structurant; and d) a cyclodextrin perfume complex, comprising cyclodextrin, wherein the cyclodextrin comprises beta-cyclodextrin and a perfume, wherein the perfume comprises perfume raw materials, wherein 20% to 100% of the perfume raw materials, by weight of the perfume, have: a complex stability constant of 3.0 or less, a ClogP of 2.5 or less; and a weight average molecular weight of 200 Daltons or less;
An infusion circuit subassembly comprising an eluate line , a patient line , a waste line , an eluant line , a bypass line and a valve member , wherein the eluate line is configured to be coupled between a radioisotope generator and the valve , wherein the eluant line is configured to be positioned between an eluant reservoir and the radioisotope generator , and wherein the bypass line is coupled to the patient line, the infusion circuit subassembly being characterized in that : the valve member couples the patient line and the waste line to the eluate line ; and the infusion circuit subassembly includes a support frame that defines a perimeter edge, the support frame holding the valve member and a portion of each of the eluate line , the patient line , the eluant line , the bypass line and the waste line in approximately fixed relation with respect to the perimeter edge, wherein: the support frame is configured to removably fit within a compartment of a shielding assembly of an infusion system that infuses radiopharmaceuticals; and, an end of each of the eluate line , the patient line , the bypass line and the waste line and the opposed ends of the eluant line extend out from the perimeter edge. the valve member couples the patient line and the waste line to the eluate line ; and the infusion circuit subassembly includes a support frame that defines a perimeter edge, the support frame holding the valve member and a portion of each of the eluate line , the patient line , the eluant line , the bypass line and the waste line in approximately fixed relation with respect to the perimeter edge, wherein: the support frame is configured to removably fit within a compartment of a shielding assembly of an infusion system that infuses radiopharmaceuticals; and, an end of each of the eluate line , the patient line , the bypass line and the waste line and the opposed ends of the eluant line extend out from the perimeter edge. the support frame is configured to removably fit within a compartment of a shielding assembly of an infusion system that infuses radiopharmaceuticals; and, an end of each of the eluate line , the patient line , the bypass line and the waste line and the opposed ends of the eluant line extend out from the perimeter edge.
A negative electrode for an electric device, comprising a current collector and an electrode layer containing a negative electrode active material, a conductive auxiliary agent and a binder and formed on a surface of the current collector , wherein the negative electrode active material contains an alloy represented by the following formula : Si x Sn y M z A a in the formula , M is Al, A is an inevitable impurity, and x, y, z and a represent mass percent values and satisfy conditions of 31≤x≤50, 0<y≤45, 0<z≤43, 0≤a<0.5, and x+y+z+a=100, and elastic elongation of the current collector is 1.39% or greater, and the elastic elongation of the current collector is measured at 25 °C in accordance with a tension test method prescribed in JIS K 6251 . in the formula , M is Al, A is an inevitable impurity, and x, y, z and a represent mass percent values and satisfy conditions of 31≤x≤50, 0<y≤45, 0<z≤43, 0≤a<0.5, and x+y+z+a=100, and elastic elongation of the current collector is 1.39% or greater, and the elastic elongation of the current collector is measured at 25 °C in accordance with a tension test method prescribed in JIS K 6251 .
A sensor system having a mounting rail and a plurality of sensors each having a sensor housing , wherein the sensor housings are fastenable to the mounting rail ; wherein the mounting rail has an areal contact element having at least two conductor tracks and the sensor housings each have at least two contact pins ; wherein the contact pins are each connected to the conductor tracks of the areal contact element with a sensor inserted into the mounting rail , wherein the mounting rail and the sensor housings each have mechanical latching means , whereby the sensor housings can be latched in the mounting rail , whereby the sensor housings are mechanically fixed in the mounting rail , wherein the areal contact element is formed for a plurality of slots for the sensor housings, with each sensor housing being made up of two parts, with a first part housing receiving the sensor elements and a second part housing having the contact pins, and with the first part housing and the second part housing being connected to one another via plug-in contacts, characterized in that the two conductor tracks are provided for two bus lines, with each sensor housing having an actuation means, with the areal contact element having at least one third and one fourth conductor track , with the third conductor track being provided for a ground connection and the fourth conductor track being provided for a supply voltage, with at least one switching element for the conductive track of the supply voltage respectively being provided for each sensor housing at the areal contact element , and with the respective switching element being actuable by the actuation means of the sensor housing .
A sulfide solid electrolyte comprising at least one element M selected from the group consisting of Al, Si, B, Mg, Zr, Ti, Hf, Ca, Sr, Sc, Ce, Ta, Nb, W, Mo, and V, and comprising N, and having a crystalline structure, wherein the crystalline structure includes a crystalline structure that has a crystal phase of Li 7 P 3 S 11 , Li 4 P 2 S 6 , or β-Li 3 PS 4 , or a first crystalline structure that has diffraction peaks at 2θ = 17.9° ± 0.5°, 19.1° ± 0.5°, 29.1° ± 0.5°, and 29.8° ± 0.5° in X-ray diffraction measurement with a CuKa line.
An open roof assembly for use in a vehicle roof of a vehicle, the open roof assembly comprising a moveably arranged closure member for selectively covering or at least partially exposing an opening in the vehicle roof , an electric motor operatively coupled to the closure member through a mechanical drive assembly for moving the closure member, an electric driving unit for providing a supply signal to the electric motor and a control unit operatively coupled to the electric driving unit for controlling operation of the electric motor, wherein the electric driving unit comprises four switching devices (S1 - S4) in a bridged configuration and wherein the control unit is configured to a. control a motion of the closure member by controlling operation of the switching devices, b. incur a safety stop during a motion of the closure member by an immediate reversal of a polarity of the supply signal; and c. incur a predetermined stop of the motion of the closure member by short-circuiting the electric motor. a. control a motion of the closure member by controlling operation of the switching devices, b. incur a safety stop during a motion of the closure member by an immediate reversal of a polarity of the supply signal; and c. incur a predetermined stop of the motion of the closure member by short-circuiting the electric motor.
A method comprising: receiving, by a multiple root of trust component of a device with multiple roots of trust associated with an integrated circuit, a container from a first root of trust associated with a first root entity , wherein the container corresponds to a mapping of a resource of the integrated circuit that is associated with the first root entity ; verifying, by the multiple root of trust component , the container based on a key that corresponds to the first root of trust and that is stored in the integrated circuit at manufacturing of the integrated circuit; identifying, by the multiple root of trust component , that an assignment of the resource of the integrated circuit from the container corresponds to assigning the resource from the first root of trust to a new root of trust associated with a second root entity , wherein the second root entity has privileges to other resources of the integrated circuit than the first root entity; generating, by the multiple root of trust component , a new key corresponding to the new root of trust; storing information corresponding to the new key for the new root of trust into a memory of the integrated circuit; and using, by a processing device, the new key corresponding to the new root of trust to delegate the resource of the integrated circuit to a subsequent container. receiving, by a multiple root of trust component of a device with multiple roots of trust associated with an integrated circuit, a container from a first root of trust associated with a first root entity , wherein the container corresponds to a mapping of a resource of the integrated circuit that is associated with the first root entity ; verifying, by the multiple root of trust component , the container based on a key that corresponds to the first root of trust and that is stored in the integrated circuit at manufacturing of the integrated circuit; identifying, by the multiple root of trust component , that an assignment of the resource of the integrated circuit from the container corresponds to assigning the resource from the first root of trust to a new root of trust associated with a second root entity , wherein the second root entity has privileges to other resources of the integrated circuit than the first root entity; generating, by the multiple root of trust component , a new key corresponding to the new root of trust; storing information corresponding to the new key for the new root of trust into a memory of the integrated circuit; and using, by a processing device, the new key corresponding to the new root of trust to delegate the resource of the integrated circuit to a subsequent container.
Method for setting a vehicle steering angle in a vehicle steering system , wherein the vehicle steering angle can be set, at least in part, by an actuator of the vehicle steering system , comprising: - providing a selection option by means of which a vehicle driver can select one of at least two translation settings (U), which each define a translation of a driver steering request (M H ) into a target dynamic variable (SD); - receiving a selected translation setting (U); - receiving a driver steering request (M H ); - determining a target dynamic variable (SD) of the vehicle on the basis of the driver steering request (M H ) and the selected translation setting (U); - setting a required vehicle steering angle in order to achieve the target dynamic variable (SD), characterized in that the target dynamic variable (SD) is determined on the basis of a model, wherein the target dynamic variable (SD) is a yaw rate of the vehicle and/or a lateral acceleration of the vehicle . - providing a selection option by means of which a vehicle driver can select one of at least two translation settings (U), which each define a translation of a driver steering request (M H ) into a target dynamic variable (SD); - receiving a selected translation setting (U); - receiving a driver steering request (M H ); - determining a target dynamic variable (SD) of the vehicle on the basis of the driver steering request (M H ) and the selected translation setting (U); - setting a required vehicle steering angle in order to achieve the target dynamic variable (SD),
Sealing gasket for rotary shafts, having a plurality of annular portions concentric with respect to a central axis (X), wherein said annular portions comprise: an anchoring portion axially delimited by two axial delimiting surfaces ; a connecting portion extending obliquely from the anchoring portion ; a terminal portion extending from one end of the connecting portion radially distal with respect to the anchoring portion , wherein said terminal portion is radially movable with respect to the anchoring portion and carries at least one radially protruding sealing edge ; wherein axially opposite lateral surfaces of the connecting portion each form an acute angle with the anchoring portion and with the terminal portion , respectively; said sealing gasket further comprising an elastic reinforcement annular lamina having a plurality of annular parts concentric with respect to the central axis (X), wherein said annular parts comprise a proximal part integral with the anchoring portion , an intermediate part integral with the connecting portion and a distal part integral with the terminal portion , characterized in that the intermediate part is interconnected with at least one of said proximal part and distal part by at least one connecting section crossing the thickness of the connecting portion in a transition zone between the latter and the respective terminal portion or anchoring portion . an anchoring portion axially delimited by two axial delimiting surfaces ; a connecting portion extending obliquely from the anchoring portion ; a terminal portion extending from one end of the connecting portion radially distal with respect to the anchoring portion , wherein said terminal portion is radially movable with respect to the anchoring portion and carries at least one radially protruding sealing edge ; wherein axially opposite lateral surfaces of the connecting portion each form an acute angle with the anchoring portion and with the terminal portion , respectively; said sealing gasket further comprising an elastic reinforcement annular lamina having a plurality of annular parts concentric with respect to the central axis (X), wherein said annular parts comprise a proximal part integral with the anchoring portion , an intermediate part integral with the connecting portion and a distal part integral with the terminal portion , characterized in that the intermediate part is interconnected with at least one of said proximal part and distal part by at least one connecting section crossing the thickness of the connecting portion in a transition zone between the latter and the respective terminal portion or anchoring portion .
A pharmaceutical composition comprising a drug combination comprising neostigmine and glycopyrrolate for use in a method of bowel care, the method comprising administering by iontophoresis a therapeutically effective amount of the pharmaceutical composition to a subject having chronic intestinal pseudo-obstruction to relieve chronic constipation, wherein the ratio of neostigmine to glycopyrrolate is 2.5:1 to 10:1 by weight, and wherein the iontophoresis comprises placing one or more patches, collectively impregnated with the therapeutically effective amount of the drug combination, on the subject's skin, wherein each of the one or more patches is paired with an electrical lead, and delivering an electric current through the electrical lead for each of the one or more patches to drive the therapeutically effective amount of the drug combination across the subject's skin barrier into the subject's microvascular blood vessels. wherein the ratio of neostigmine to glycopyrrolate is 2.5:1 to 10:1 by weight, and wherein the iontophoresis comprises placing one or more patches, collectively impregnated with the therapeutically effective amount of the drug combination, on the subject's skin, wherein each of the one or more patches is paired with an electrical lead, and delivering an electric current through the electrical lead for each of the one or more patches to drive the therapeutically effective amount of the drug combination across the subject's skin barrier into the subject's microvascular blood vessels.