mhurhangee/patent-ind-claim-en huggingface dataset:
A headlight device for a saddled vehicle, comprising: a low-beam portion that emits a low beam with an illumination range restricted so as not to dazzle a person facing the vehicle with the emitted light, and a high-beam portion that emits a high beam with an unrestricted illumination range, wherein the high-beam portion is disposed on a lower side of the low-beam portion , wherein the high beam portion has a plurality of light sources and high beam reflectors reflecting emitted light from the light sources toward a vehicle body front side and the high beam reflectors are aterally elongated to become gradually higher in going outward in the vehicle width direction; a decorative part that covers part of the reflectors ; and an outer reflection section that reflects the emitted light forward of the vehicle body and further upward than a direction of emission of the high-beam reflectors that is provided at a position on an outer side, in regard of a vehicle width direction, of the high-beam reflectors , the outer reflection section being provided on a part of the high-beam reflectors that reflects emitted light from the light source located on an outer side in regard of the vehicle width direction, and the outer reflection section being formed on the outer lower side of the high-beam reflectors at the outer lower edge of the high-beam reflectors in front view of the vehicle body. a low-beam portion that emits a low beam with an illumination range restricted so as not to dazzle a person facing the vehicle with the emitted light, and a high-beam portion that emits a high beam with an unrestricted illumination range, wherein the high-beam portion is disposed on a lower side of the low-beam portion , wherein the high beam portion has a plurality of light sources and high beam reflectors reflecting emitted light from the light sources toward a vehicle body front side and the high beam reflectors are aterally elongated to become gradually higher in going outward in the vehicle width direction; a decorative part that covers part of the reflectors ; and an outer reflection section that reflects the emitted light forward of the vehicle body and further upward than a direction of emission of the high-beam reflectors that is provided at a position on an outer side, in regard of a vehicle width direction, of the high-beam reflectors , the outer reflection section being provided on a part of the high-beam reflectors that reflects emitted light from the light source located on an outer side in regard of the vehicle width direction, and the outer reflection section being formed on the outer lower side of the high-beam reflectors at the outer lower edge of the high-beam reflectors in front view of the vehicle body.
Device for determining the core body temperature of a subject, said device comprising: - an image data input for obtaining image data of a subject's skin, - a thermal sensor data input for obtaining thermal sensor data of the subject's skin, - an image analysis unit for deriving photoplethysmography, PPG, signals from the obtained image data and for detecting one or more skin areas having the strongest PPG amplitude signals, and - a temperature determination unit for determining the core body temperature of the subject from obtained thermal sensor data for the detected one or more skin areas. - an image data input for obtaining image data of a subject's skin, - a thermal sensor data input for obtaining thermal sensor data of the subject's skin, - an image analysis unit for deriving photoplethysmography, PPG, signals from the obtained image data and for detecting one or more skin areas having the strongest PPG amplitude signals, and - a temperature determination unit for determining the core body temperature of the subject from obtained thermal sensor data for the detected one or more skin areas.
A method for producing an isocyanate compound, the method comprising the steps of: irradiating a high energy light having a peak wavelength of 180 nm or more and 400 nm or less to a halogenated methane at a temperature of 15°C or lower in the presence of oxygen, and adding a primary amine compound to be reacted without irradiating a high energy light. irradiating a high energy light having a peak wavelength of 180 nm or more and 400 nm or less to a halogenated methane at a temperature of 15°C or lower in the presence of oxygen, and adding a primary amine compound to be reacted without irradiating a high energy light.
A system for use with a subject, the system comprising: an implant configured for placement along a native heart valve annulus of a native heart valve of the subject, the implant comprising a body portion comprising flexible material, the body portion having a longitudinal axis that runs along a length of the body portion; and an annulus-marking device comprising: an expandable radiopaque braided mesh that is expandable from a collapsed state to a frustoconical shape; and two or more pull wires coupled to the expandable braided mesh , the two or more pull wires being configured to be pulled in order to transition the braided mesh from the frustoconical shape to a shape in which the mesh assumes a sloped upper portion configured for positioning within an atrium of a heart of the subject, a bulging ledge portion configured for positioning above the heart valve , a narrow portion for positioning within the heart valve , and a trumpet portion configured for expanding within a ventricle of the heart of the subject. an implant configured for placement along a native heart valve annulus of a native heart valve of the subject, the implant comprising a body portion comprising flexible material, the body portion having a longitudinal axis that runs along a length of the body portion; and an annulus-marking device comprising: an expandable radiopaque braided mesh that is expandable from a collapsed state to a frustoconical shape; and two or more pull wires coupled to the expandable braided mesh , the two or more pull wires being configured to be pulled in order to transition the braided mesh from the frustoconical shape to a shape in which the mesh assumes a sloped upper portion configured for positioning within an atrium of a heart of the subject, a bulging ledge portion configured for positioning above the heart valve , a narrow portion for positioning within the heart valve , and a trumpet portion configured for expanding within a ventricle of the heart of the subject. an expandable radiopaque braided mesh that is expandable from a collapsed state to a frustoconical shape; and two or more pull wires coupled to the expandable braided mesh , the two or more pull wires being configured to be pulled in order to transition the braided mesh from the frustoconical shape to a shape in which the mesh assumes a sloped upper portion configured for positioning within an atrium of a heart of the subject, a bulging ledge portion configured for positioning above the heart valve , a narrow portion for positioning within the heart valve , and a trumpet portion configured for expanding within a ventricle of the heart of the subject.
A valve comprising: a body having a central channel extending therethrough and a first sealing surface and a second sealing surface each positioned radially outward from the channel and offset from one another, wherein the offset between the first sealing surface and the second sealing surface defines a bore ; a valve element positioned within the central channel and configured to selectively inhibit flow through the body ; characterized in that the valve further comprises a unitary gasket abutting a portion of the first sealing surface and a portion of the second sealing surface ; a cutter seat at least partially received within the bore and configured to compressively engage the second sealing surface , the cutter seat comprising a cutter that is configured to create a first sub-gasket and a second sub-gasket by severing the gasket during installation; and a retaining ring coupled to the valve body, the retaining ring comprising a first mating surface and a second mating surface , the second mating surface being configured to compressively engage the first sub-gasket and the first sealing surface of the body and the first mating surface being configured to compressively engage the cutter seat , the second sub-gasket , and the second sealing surface . a body having a central channel extending therethrough and a first sealing surface and a second sealing surface each positioned radially outward from the channel and offset from one another, wherein the offset between the first sealing surface and the second sealing surface defines a bore ; a valve element positioned within the central channel and configured to selectively inhibit flow through the body ; characterized in that the valve further comprises a unitary gasket abutting a portion of the first sealing surface and a portion of the second sealing surface ; a cutter seat at least partially received within the bore and configured to compressively engage the second sealing surface , the cutter seat comprising a cutter that is configured to create a first sub-gasket and a second sub-gasket by severing the gasket during installation; and a retaining ring coupled to the valve body, the retaining ring comprising a first mating surface and a second mating surface , the second mating surface being configured to compressively engage the first sub-gasket and the first sealing surface of the body and the first mating surface being configured to compressively engage the cutter seat , the second sub-gasket , and the second sealing surface .
A method of constructing a channel mask (Mo) for an autostereoscopic display, the display comprising an electronically controlled screen covered by a parallax filter device that includes a refractive medium and is configured to obscure certain areas on the screen for a left eye of a viewer and to obscure certain other areas on the screen for a right eye of the viewer, the channel mask (Mo) being a two-dimensional geometric object that permits to assign to each point on the screen one of a number of viewing positions of an eye of the viewer, the channel mask dividing the surface of the screen into separate channel zones that, from a given position of the viewer, are visible by not more than one eye of the viewer, with boundaries between the channel zones being determined by corresponding features of the parallax filter device, characterized in that the channel mask is constructed by tracing light rays that propagate from selected points on the screen and are refracted at the parallax filter device, said boundaries being determined by refracted light rays that connect a reference point (U) for the position of the viewer to said features of the parallax filter device.
A Coix seed oil, comprising 5 diglyceride and 11 triglyceride ingredients in the following mass percentages: 1,3-diolein 0.40-0.58%, 1-linolein-3-olein 0.91-1.31%, 1,2-diolein 0.24- 0.35%, 1-olein-2-linolein 0.66-0.95%, 1,2-dilinolein 0.33-0.47%, trilinolein 4.87-6.99%, 1-olein-2,3-dilinolein 13.00-18.69%, 1-palmitin-2,3-dilinolein 5.25-7.54%, 1,3-diolein-2-linolein 13.23-19.02%, 1-palmitin-2-linolein-3-olein 10.26-14.75%, 1,3-dipalmitin-2-linolein 2.28-3.28%, triolein 14.44-20.76%, 1-palmitin-2,3-diolein 8.06-11.58%, 1-olein-2-linolein-3-stearin 1.37-1.97%, 1,3-dipalmitin-2-olein 1.52-2.19% and 1,2-diolein-3- stearin 1.29-1.86%.
Method for operating a refrigeration and/or freezer device with at least one refrigeration unit that can be operated on at least two different power levels, wherein the duration of at least an operating time and/or at least a dwell time of the refrigeration unit is changed dependent upon at least one characteristic of the energy that the refrigeration unit is operated with, characterized in that the duration of an operating time until the refrigeration unit is switched from one power level to a higher or lower power level is reduced or extended dependent upon the characteristic of the energy.
A method for measuring illumination by a lighting unit of a target surface within a lighting environment , the method comprising the steps of: illuminating , with a light source of the lighting unit, the target surface ; detecting , with a light sensor , a light intensity for each of a plurality of locations of the target surface ; detecting , with a second sensor comprising a time of flight sensor, a parameter of the lighting environment, wherein the detected parameter are distances between the light source and reflecting surfaces of the lighting environment ; detecting, by analyzing by a controller of the lighting unit the detected parameter, whether there are obstructions between the second sensor and the target surface and determine one or more regions within the lighting environment that are not affected by the obstructions ; selecting , by the controller , a subset of the detected plurality of light intensities based on the determined one or more regions within the lighting environment that are not affected by the obstructions ; and estimating , by analyzing the selected subset of light intensities, a lux of the target surface. illuminating , with a light source of the lighting unit, the target surface ; detecting , with a light sensor , a light intensity for each of a plurality of locations of the target surface ; detecting , with a second sensor comprising a time of flight sensor, a parameter of the lighting environment, wherein the detected parameter are distances between the light source and reflecting surfaces of the lighting environment ; detecting, by analyzing by a controller of the lighting unit the detected parameter, whether there are obstructions between the second sensor and the target surface and determine one or more regions within the lighting environment that are not affected by the obstructions ; selecting , by the controller , a subset of the detected plurality of light intensities based on the determined one or more regions within the lighting environment that are not affected by the obstructions ; and estimating , by analyzing the selected subset of light intensities, a lux of the target surface.
A landing gear system for an aircraft, comprising: a truss frame pivotally connectable to a frame of the aircraft and configured to rotate about an axis; a retraction actuator configured to rotate the truss frame about the axis; a first truss link pivotally connected to the truss frame ; a second truss link pivotally connected to the first truss link , wherein the first truss link has a first end pivotally connected to the truss frame at a first pivot axis and a second end connected to the second truss link at a second pivot axis ; a truss locking link pivotally connected to the truss frame and to the second truss link ; an articulation actuator configured to pivot the first truss link with respect to the truss frame; and a lever pivotally connected to the first truss link and the second truss link at the second pivot axis . a truss frame pivotally connectable to a frame of the aircraft and configured to rotate about an axis; a retraction actuator configured to rotate the truss frame about the axis; a first truss link pivotally connected to the truss frame ; a second truss link pivotally connected to the first truss link , wherein the first truss link has a first end pivotally connected to the truss frame at a first pivot axis and a second end connected to the second truss link at a second pivot axis ; a truss locking link pivotally connected to the truss frame and to the second truss link ; an articulation actuator configured to pivot the first truss link with respect to the truss frame; and a lever pivotally connected to the first truss link and the second truss link at the second pivot axis .
A rolling door comprising a door leaf which can be moved between an open position, in which it at least partially exposes a wall opening and forms a multi-layer winding above the wall opening, and a closed position, in which it at least partially closes the wall opening, as well as comprising joint assemblies arranged in the region of the lateral edges of the door leaf , at least sections of which are running in the direction of gravity in the closed position, and secured to the door leaf, for guiding the door leaf movement, each of which has a plurality of joint elements connected to each other in an articulated manner relative to joint axes running perpendicular to the lateral edges and approximately parallel to the door leaf plane, wherein at least sections of the door leaf are made of a bendable material, such as a plastic film, which is stabilised by two, three or more stabilising devices running perpendicular to the lateral edges and in the door leaf plane, wherein the door leaf is only connected to the joint assemblies via the stabilising devices , characterised by a biasing device which can only be coupled to an edge of the door leaf that is trailing during an opening movement once the opening movement is in progress, and which can be biased during the opening movement to brake the opening movement and to provide a biasing force which forces the door leaf from the open position into the closed position.
A clogging degree estimation apparatus that estimates a clogging degree of an air cleaner mounted on a vehicle, the apparatus comprising: an information acquisition unit configured to acquire information indicating a traveling status of the vehicle for each of predetermined travel sections; a coefficient determination unit configured to determine a clogging coefficient based on the traveling status indicated by the information for each of the predetermined travel sections; and a clogging degree calculator configured to calculate an increase in the clogging degree and calculate, as the clogging degree, an integrated value of the increase calculated for each of the predetermined travel sections, characterized in that the calculation of the increase in the clogging degree is based on a product of the clogging coefficient and a distance of each of the predetermined travel sections; and the information acquired by the information acquisition unit indicates whether the vehicle travels on an unpaved road. an information acquisition unit configured to acquire information indicating a traveling status of the vehicle for each of predetermined travel sections; a coefficient determination unit configured to determine a clogging coefficient based on the traveling status indicated by the information for each of the predetermined travel sections; and a clogging degree calculator configured to calculate an increase in the clogging degree and calculate, as the clogging degree, an integrated value of the increase calculated for each of the predetermined travel sections, characterized in that the calculation of the increase in the clogging degree is based on a product of the clogging coefficient and a distance of each of the predetermined travel sections; and the information acquired by the information acquisition unit indicates whether the vehicle travels on an unpaved road.
A computer-implemented method for synchronizing playback of guest media content played by a guest digital device with playback of host audio media content played on a host digital device , the method comprising: determining , by the guest digital device, a time delta representing an offset between a local system clock of the guest digital device and a reference clock retrieved over a computer network; receiving, by the guest digital device over the computer network, playback information specifying media content being played by the host digital device, a media playback start time representing a start time of the media playback on the host digital device relative to the reference clock, and a media playback session script, the media playback session script comprising a media sequence indicating a sequence of frames of the media content; determining, based on the media playback start time, a current time of the local system clock of the guest digital device, and the media playback session script, an estimated playback position of the host digital device within a current media sequence; determining a latency of the guest digital device representing a time between initializing playback of a media sequence on the guest digital device and outputting the media sequence; adjusting the estimated playback position of the guest digital device to compensate for the time delta and the latency to generate a time-adjusted playback position; and outputting the media content on the guest digital device according to the playback session script and the time-adjusted playback position. determining , by the guest digital device, a time delta representing an offset between a local system clock of the guest digital device and a reference clock retrieved over a computer network; receiving, by the guest digital device over the computer network, playback information specifying media content being played by the host digital device, a media playback start time representing a start time of the media playback on the host digital device relative to the reference clock, and a media playback session script, the media playback session script comprising a media sequence indicating a sequence of frames of the media content; determining, based on the media playback start time, a current time of the local system clock of the guest digital device, and the media playback session script, an estimated playback position of the host digital device within a current media sequence; determining a latency of the guest digital device representing a time between initializing playback of a media sequence on the guest digital device and outputting the media sequence; adjusting the estimated playback position of the guest digital device to compensate for the time delta and the latency to generate a time-adjusted playback position; and outputting the media content on the guest digital device according to the playback session script and the time-adjusted playback position.