mhurhangee/patent-ind-claim-en huggingface dataset:
A halide solid electrolyte material represented by the following chemical formula (I): Li 6-4b+ab (Zr 1-a M a ) b X 6 (I) wherein M denotes at least one element selected from the group consisting of Al, Ga, Bi, Sc, Sm, and Sb, X denotes a halogen element, and the following mathematical formulae are satisfied: 0 < a < 1 , and 0 < b < 1.5 . M denotes at least one element selected from the group consisting of Al, Ga, Bi, Sc, Sm, and Sb, X denotes a halogen element, and the following mathematical formulae are satisfied: 0 < a < 1 , and 0 < b < 1.5 .
A magnetic tunnel junction (MTJ) element in a magnetic device, comprising: (a) a reference layer (15a1) with an AP2/NM1/AP1 configuration wherein AP2 is a first magnetic layer , AP1 is a second magnetic layer that adjoins a tunnel barrier along a first surface, and NM1 is a first non-magnetic layer that enables anti-ferromagnetic coupling between AP1 and AP2, or provides a moment diluting effect in the reference layer, the AP1 layer is comprised of a first layer with a boron content between 25 and 50 atomic%, and a second layer with a low boron content between 1 and 20 atomic% wherein either the first layer or the second layer contacts the tunnel barrier; (b) the tunnel barrier ; and (c) a free layer stack comprised of a first free layer with a boron content between 25 and 50 atomic%, and a second free layer with a low boron content between 1 and 20 atomic%, the first free layer forms an interface with the second free layer, and characterized in that the first free layer contacts a surface of the tunnel barrier that is opposite the first surface. (a) a reference layer (15a1) with an AP2/NM1/AP1 configuration wherein AP2 is a first magnetic layer , AP1 is a second magnetic layer that adjoins a tunnel barrier along a first surface, and NM1 is a first non-magnetic layer that enables anti-ferromagnetic coupling between AP1 and AP2, or provides a moment diluting effect in the reference layer, the AP1 layer is comprised of a first layer with a boron content between 25 and 50 atomic%, and a second layer with a low boron content between 1 and 20 atomic% wherein either the first layer or the second layer contacts the tunnel barrier; (b) the tunnel barrier ; and (c) a free layer stack comprised of a first free layer with a boron content between 25 and 50 atomic%, and a second free layer with a low boron content between 1 and 20 atomic%, the first free layer forms an interface with the second free layer, and characterized in that the first free layer contacts a surface of the tunnel barrier that is opposite the first surface.
An electronic device comprising: a foldable housing comprising a hinge , a first side member surrounding a first space disposed on a first side of the hinge, and a second side member surrounding a second space disposed on a second side of the hinge; a flexible display disposed on the foldable housing, wherein at least a part of the flexible display is configured to be folded; and a non-conductive frame disposed on a boundary portion of the flexible display, the non-conductive frame comprising a first frame coupled to the first side member and covering a first boundary portion of the flexible display disposed on the first side of the hinge, and a second frame coupled to the second side member and covering a second boundary portion of the flexible display disposed on the second side of the hinge, wherein the first side member comprises a first conductive portion electrically connected to a communication circuit so that the first conductive portion is configured to be used as an antenna, wherein the second side member comprises a second conductive portion , and wherein the first frame and the second frame each comprise a low-permittivity material having a specific permittivity less than 10, wherein the first conductive portion and the second conductive portion are spaced apart from each other at least by a first portion of the first frame and a second portion of the second frame disposed to face each other in the folded state of the foldable housing. a foldable housing comprising a hinge , a first side member surrounding a first space disposed on a first side of the hinge, and a second side member surrounding a second space disposed on a second side of the hinge; a flexible display disposed on the foldable housing, wherein at least a part of the flexible display is configured to be folded; and a non-conductive frame disposed on a boundary portion of the flexible display, the non-conductive frame comprising a first frame coupled to the first side member and covering a first boundary portion of the flexible display disposed on the first side of the hinge, and a second frame coupled to the second side member and covering a second boundary portion of the flexible display disposed on the second side of the hinge, wherein the first side member comprises a first conductive portion electrically connected to a communication circuit so that the first conductive portion is configured to be used as an antenna, wherein the second side member comprises a second conductive portion , and wherein the first frame and the second frame each comprise a low-permittivity material having a specific permittivity less than 10, wherein the first conductive portion and the second conductive portion are spaced apart from each other at least by a first portion of the first frame and a second portion of the second frame disposed to face each other in the folded state of the foldable housing.
A voltage controlled oscillator, VCO, device comprising: a frequency control input arranged to accept an initial frequency control signal , an analog electronic circuit arranged to produce a regenerated frequency control signal comprising a signal generated as a non-linear function of the initial frequency control signal by subjecting the initial frequency control signal to a non-linear transformation, in order to adjust the VCO's effective frequency versus voltage transfer function to match a desired shape, wherein the said non-linear function has a plateau region and a continuously and smoothly connected substantially higher slope region, and wherein any one or more of a horizontal position of the substantially higher slope region, a slope value in the substantially higher slope region, and a function value change magnitude over the substantially higher slope region are electronically adjustable. a frequency control input arranged to accept an initial frequency control signal , an analog electronic circuit arranged to produce a regenerated frequency control signal comprising a signal generated as a non-linear function of the initial frequency control signal by subjecting the initial frequency control signal to a non-linear transformation, in order to adjust the VCO's effective frequency versus voltage transfer function to match a desired shape, wherein the said non-linear function has a plateau region and a continuously and smoothly connected substantially higher slope region, and wherein any one or more of a horizontal position of the substantially higher slope region, a slope value in the substantially higher slope region, and a function value change magnitude over the substantially higher slope region are electronically adjustable.
Method for fabricating an underwater cable , more particularly a towing cable for a towed antenna of a watercraft, where the underwater cable comprises a cable core and an outer sheath, where at least the cable core is fabricated under a pressure different from the ambient pressure of the air, so that the cable core is produced with low air bubble content and the fabricated underwater cable, after having been brought to a pressure of 5916.75 hPa at a water depth of 50.0 m and subsequently back under standard pressure of 1013.25 hPa, exhibits a maximum density change due to under-water compression of ±5.0%, more particularly ±3.0% or ±1.5%, characterized in that a buoyancy of the underwater cable is established via a density of a first sheath layer of the outer sheath, where the first sheath layer is arranged around the fabricated cable core and has a lower density than the water.
A method for propeller balancing of an aircraft comprising a propeller , the method comprising: obtaining acceleration data from an acceleration sensor coupled to the aircraft; filtering the acceleration data using a filter to obtain propeller-specific vibration data, the filter defining a range of acceptable frequencies associated with a frequency of rotation of the propeller ; comparing the propeller-specific vibration data to trend data associated with the propeller ; and when the propeller-specific vibration data differs from the trend data beyond a predetermined threshold, issuing an alert indicative of a balancing need for the propeller , characterised in that : issuing an alert comprises indicating a remaining flight time for the aircraft until a maintenance operation is required. obtaining acceleration data from an acceleration sensor coupled to the aircraft; filtering the acceleration data using a filter to obtain propeller-specific vibration data, the filter defining a range of acceptable frequencies associated with a frequency of rotation of the propeller ; comparing the propeller-specific vibration data to trend data associated with the propeller ; and when the propeller-specific vibration data differs from the trend data beyond a predetermined threshold, issuing an alert indicative of a balancing need for the propeller , characterised in that : issuing an alert comprises indicating a remaining flight time for the aircraft until a maintenance operation is required.
A method for monitoring an environment of a parked motor vehicle, the vehicle comprising an engine, a computer and a monitoring system comprising an asynchronous camera, the monitoring method comprising the following steps: - a parked vehicle detection step wherein the monitoring system detects that the vehicle is parked, the engine being stopped, - a motion detection step wherein the monitoring system detects whether an object is moving in the vehicle environment by means of a motion detection by the asynchronous camera, - a computer wake-up step wherein the monitoring system wakes up said computer. - a parked vehicle detection step wherein the monitoring system detects that the vehicle is parked, the engine being stopped, - a motion detection step wherein the monitoring system detects whether an object is moving in the vehicle environment by means of a motion detection by the asynchronous camera, - a computer wake-up step wherein the monitoring system wakes up said computer.
A magnetic resonance apparatus for acquiring a navigator signal for detecting an edge position of a first moving body portion from a navigator region including the first moving body portion and a second moving body portion, comprising: a scan unit configured to execute a scan for acquiring the navigator signal; a profile generating unit configured to generate a profile indicative of a relationship between a plurality of positions within the navigator region and a signal strength in the navigator region on the basis of the navigator signal; a detecting unit configured to detect the edge position of the first moving body portion on the basis of the profile; a determining unit configured to determine a first region of the profile on the side close to the edge position from within a region corresponding to the first moving body portion and to determine a second region of the profile on the side close to the edge position from within a region corresponding to the second moving body portion; and an evaluating unit configured to evaluate the quality of the navigator signal on the basis of a first characteristic value indicating a characteristic of a signal strength in the first region and a second characteristic value indicative of a characteristic of a signal strength in the second region. a scan unit configured to execute a scan for acquiring the navigator signal; a profile generating unit configured to generate a profile indicative of a relationship between a plurality of positions within the navigator region and a signal strength in the navigator region on the basis of the navigator signal; a detecting unit configured to detect the edge position of the first moving body portion on the basis of the profile; a determining unit configured to determine a first region of the profile on the side close to the edge position from within a region corresponding to the first moving body portion and to determine a second region of the profile on the side close to the edge position from within a region corresponding to the second moving body portion; and an evaluating unit configured to evaluate the quality of the navigator signal on the basis of a first characteristic value indicating a characteristic of a signal strength in the first region and a second characteristic value indicative of a characteristic of a signal strength in the second region.
A vehicle control apparatus comprising: a sensing unit configured to sense an eyeline direction of a passenger in a vehicle; and a controller configured to: identify one of a plurality of windows of the vehicle that corresponds to the sensed eyeline direction of the passenger; detect a window control action performed by the passenger; and control the identified one of the plurality of windows to open or close based on the window control action performed by the passenger, wherein the controller is characterized by further being configured to: determine whether there are a plurality of passengers in the vehicle; determine different authority to control a window based on a position of each seat in which the passengers are sitting when there are a plurality of passengers in the vehicle; and when control requests of passengers seated in different seats for a specific window conflict with each other, control the specific window in accordance with one of the control requests according to a preset priority of the authority to control a window based on the position of the seat. a sensing unit configured to sense an eyeline direction of a passenger in a vehicle; and a controller configured to: identify one of a plurality of windows of the vehicle that corresponds to the sensed eyeline direction of the passenger; detect a window control action performed by the passenger; and control the identified one of the plurality of windows to open or close based on the window control action performed by the passenger, identify one of a plurality of windows of the vehicle that corresponds to the sensed eyeline direction of the passenger; detect a window control action performed by the passenger; and control the identified one of the plurality of windows to open or close based on the window control action performed by the passenger, wherein the controller is characterized by further being configured to: determine whether there are a plurality of passengers in the vehicle; determine different authority to control a window based on a position of each seat in which the passengers are sitting when there are a plurality of passengers in the vehicle; and when control requests of passengers seated in different seats for a specific window conflict with each other, control the specific window in accordance with one of the control requests according to a preset priority of the authority to control a window based on the position of the seat. determine whether there are a plurality of passengers in the vehicle; determine different authority to control a window based on a position of each seat in which the passengers are sitting when there are a plurality of passengers in the vehicle; and when control requests of passengers seated in different seats for a specific window conflict with each other, control the specific window in accordance with one of the control requests according to a preset priority of the authority to control a window based on the position of the seat.
A plastic optical product comprising an optical multilayer film (L1-L8) formed directly or via an intermediate film on at least one surface of a plastic base , wherein in the optical multilayer film, SiO 2 layers made of SiO 2 and ZrO 2 layers made of ZrO 2 alternate such that a total number of the SiO 2 layers and the ZrO 2 layers is eight and a layer (L1) closest to the base is the ZrO 2 layer, the optical multilayer film has a physical film thickness of not less than 480 nm and not greater than 530 nm, a total of physical film thicknesses of all the SiO 2 layers is not less than 350 nm and not greater than 440 nm, and the ZrO 2 layer that is a layer closest to the base has a physical film thickness of not less than 5 nm and not greater than 12 nm. an optical multilayer film (L1-L8) formed directly or via an intermediate film on at least one surface of a plastic base , wherein in the optical multilayer film, SiO 2 layers made of SiO 2 and ZrO 2 layers made of ZrO 2 alternate such that a total number of the SiO 2 layers and the ZrO 2 layers is eight and a layer (L1) closest to the base is the ZrO 2 layer, the optical multilayer film has a physical film thickness of not less than 480 nm and not greater than 530 nm, a total of physical film thicknesses of all the SiO 2 layers is not less than 350 nm and not greater than 440 nm, and the ZrO 2 layer that is a layer closest to the base has a physical film thickness of not less than 5 nm and not greater than 12 nm.
A first electronic device (102-1) associated with a user, the first electronic device (102-1) comprising: a user interface operable to control media presentation at the first electronic device (102-1) as well as at a second electronic device (106-1) being associated with the same user, the second electronic device (106-1) being distinct from the first electronic device (102-1); a set of media control inputs including a "RADIO" control input; one or more processors ; memory ; and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors , the one or more programs including instructions for: while a media presentation is currently being played back selectively at the first electronic device (102-1), or at the second electronic device (102-1); detecting a selection of the "RADIO" control input and in response thereto initiate the playing of a first radio station at the first electronic device (102-1), the first radio station being a "seeded" radio station initialized based on the media presentation that is currently being played back selectively at the first electronic device (102-1), or at the second electronic device (102-1). a user interface operable to control media presentation at the first electronic device (102-1) as well as at a second electronic device (106-1) being associated with the same user, the second electronic device (106-1) being distinct from the first electronic device (102-1); a set of media control inputs including a "RADIO" control input; one or more processors ; memory ; and one or more programs, wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors , the one or more programs including instructions for: while a media presentation is currently being played back selectively at the first electronic device (102-1), or at the second electronic device (102-1); detecting a selection of the "RADIO" control input and in response thereto initiate the playing of a first radio station at the first electronic device (102-1), the first radio station being a "seeded" radio station initialized based on the media presentation that is currently being played back selectively at the first electronic device (102-1), or at the second electronic device (102-1). while a media presentation is currently being played back selectively at the first electronic device (102-1), or at the second electronic device (102-1); detecting a selection of the "RADIO" control input and in response thereto initiate the playing of a first radio station at the first electronic device (102-1), the first radio station being a "seeded" radio station initialized based on the media presentation that is currently being played back selectively at the first electronic device (102-1), or at the second electronic device (102-1).
A graft preparation station for dimensioning a bone graft (G), comprising: a base assembly including a support body and a base guide pivotably mounted to the support body , the base guide defining a cutting slot extending along a reference plane (REF); and a cart assembly including a mounting plate and a raise plate both secured to a cart body , the mounting plate moveable along a drive axis relative to the cart body to secure a bone graft (G) between the mounting plate and the raise plate , characterized in, that the cart body is slidably received in the support body such that the reference plane (REF)intersects the drive axis at a position between the raise plate and the mounting plate. a base assembly including a support body and a base guide pivotably mounted to the support body , the base guide defining a cutting slot extending along a reference plane (REF); and a cart assembly including a mounting plate and a raise plate both secured to a cart body , the mounting plate moveable along a drive axis relative to the cart body to secure a bone graft (G) between the mounting plate and the raise plate , characterized in, that the cart body is slidably received in the support body such that the reference plane (REF)intersects the drive axis at a position between the raise plate and the mounting plate.
Calender for pressing a web of material (W), comprising a calender frame , comprising a first roller having a first roller axis , comprising a second roller having a second roller axis , wherein the rollers are mounted in the calender frame with bearing assemblies and can be positioned to each other such that the first and second roller axes run in parallel to each other, and wherein at least one of the bearing assemblies of at least one of the rollers is formed such that one of the rollers with respect to the other of the rollers can be interlocked by an interlocking angle (Y) around an interlocking axis perpendicularly intersecting the first and second roller axis , characterized in that the at least one bearing assembly comprises a rocker with a roller bearing seat , and that the rocker is mounted in a rocker bearing arrangement so as to be pivotable about a rocker bearing axis with the aid of a length adjuster acting in an adjusting direction (X) and having a maximum stroke (H), and so as to be displaceable relative to the calender frame with a directional component (R) perpendicular to the roller axis with the aid of a displacement device . comprising a first roller having a first roller axis , comprising a second roller having a second roller axis , wherein the rollers are mounted in the calender frame with bearing assemblies and can be positioned to each other such that the first and second roller axes run in parallel to each other, and wherein at least one of the bearing assemblies of at least one of the rollers is formed such that one of the rollers with respect to the other of the rollers can be interlocked by an interlocking angle (Y) around an interlocking axis perpendicularly intersecting the first and second roller axis , characterized in that the at least one bearing assembly comprises a rocker with a roller bearing seat , and that the rocker is mounted in a rocker bearing arrangement so as to be pivotable about a rocker bearing axis with the aid of a length adjuster acting in an adjusting direction (X) and having a maximum stroke (H), and so as to be displaceable relative to the calender frame with a directional component (R) perpendicular to the roller axis with the aid of a displacement device .