mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle lighting fixture comprising: a light source configured to emit light and having an optical axis; a reflector configured to reflect light emitted from the light source toward a first direction; and a light guide lens having a front surface and a rear surface, configured to receive from the rear surface the light reflected by the reflector and output the light from the front surface , the vehicle lighting fixture characterized in that the light guide lens is an inner lens formed by a light transmitting member having a refractive index higher than air, wherein the light guide lens has a recess portion in the front surface and a lens portion in the rear surface, the lens portion corresponding to the recess portion , and a part of the light (L) condensed by the lens portion is totally internally reflected by a pair of reflecting surfaces constituting the recess portion , so that a region corresponding to the recess portion is caused to output light with an intensity relatively smaller than that in a periphery thereof. a light source configured to emit light and having an optical axis; a reflector configured to reflect light emitted from the light source toward a first direction; and a light guide lens having a front surface and a rear surface, configured to receive from the rear surface the light reflected by the reflector and output the light from the front surface , the vehicle lighting fixture characterized in that the light guide lens is an inner lens formed by a light transmitting member having a refractive index higher than air, wherein the light guide lens has a recess portion in the front surface and a lens portion in the rear surface, the lens portion corresponding to the recess portion , and a part of the light (L) condensed by the lens portion is totally internally reflected by a pair of reflecting surfaces constituting the recess portion , so that a region corresponding to the recess portion is caused to output light with an intensity relatively smaller than that in a periphery thereof.
A ceramic article comprising a first crystalline phase comprised predominantly of a solid solution of aluminum titanate and magnesium dititanate and a second crystalline phase comprising cordierite, the article having a composition comprising, when expressed in weight percent on an oxide basis: from 4 to 10% MgO; from 40 to 55% Al 2 O 3 ; from 25 to 42% TiO 2 ; from 5 to 25% SiO 2 , from 0 to 5% CeO 2 , and at least one from 0.15 to 1 % CaO and from 0.1 to 2 % SrO, the composition of the ceramic article expressed in terms of weight fraction of oxides and oxide combinations comprises, on an oxide basis, a(Al 2 TiO 5 ) + b(MgTi 2 O 5 ) + c(2MgO · 2Al 2 O 3 · 5SiO 2 ) + d(3Al 2 O 3 · 2SiO 2 ) + e(MgO · Al 2 O 3 ) + f(2MgO·TiO 2 ) + g(CaO) + h(SrO) + i(X) + j(Fe 2 O 3 · TiO 2 ) + k(TiO 2 ) + l(Al 2 O 3 ), wherein X is at least one of CeO 2 , Y 2 O 3 , and La 2 O 3 , and a, b, c, d, e, f, g, h, i, j, k, and I are weight fractions of each component such that (a + b + c + d + e + f + g + h + i + j + k + l) = 1.00, and wherein 0.3 ≤ a≤ 0.75, 0.075 ≤ b ≤ 0.3, 0.02 ≤ c ≤ 0.5, 0.0 ≤ d ≤ 0.4, 0.0 ≤ e ≤ 0.25, 0.0 ≤ f ≤ 0.1, 0.0 ≤ g ≤ 0.01, 0.0 ≤ h ≤ 0.02, 0.0015 ≤ (g + h), 0.0 ≤ i ≤ 0.05, 0.0 ≤ j ≤ 0.05, 0.0 ≤ k ≤ 0.20, and 0.0 ≤ l ≤ 0.10.
Harvesting machine for crop which is provided together with foliage (K) that is to be separated off, having a frame element , along which at least one conveying section transporting a crop flow present during operation is guided, wherein at least one device which is designed for preventing an accumulation of foliage (K), which is present in the crop flow of the harvesting machine , on the frame element has at least one conveying device , a separating device and a rotatable guide unit , wherein the conveyor device forms one side of a conveyor region through which foliage (K) that is to be conveyed from an inlet of the conveying region can be conveyed to the separating device , which is preferably located at the end of the conveyor region , and wherein the guide unit and the conveyor device form the conveyor region between them and have conveying directions (A, B) which are angled with respect to each other during operation.
A method, comprising: receiving a voice request for content at a first device associated with a home environment, and determining that the voice request corresponds to a user account based on a voice profile associated with the user account; determining , based on the voice request, not to provide the content visually and/or audibly via the first device; selecting , in response to the determining, a second device from among multiple devices associated with the home environment, wherein the selecting is based at least in part on home environment configuration settings that indicate that the voice profile associated with the user account is associated with the second device; transmitting a command to the second device to switch to a user account profile that corresponds to the user account corresponding to the voice request; and providing for the second device to output the content visually and/or audibly based on the profile of the user account. receiving a voice request for content at a first device associated with a home environment, and determining that the voice request corresponds to a user account based on a voice profile associated with the user account; determining , based on the voice request, not to provide the content visually and/or audibly via the first device; selecting , in response to the determining, a second device from among multiple devices associated with the home environment, wherein the selecting is based at least in part on home environment configuration settings that indicate that the voice profile associated with the user account is associated with the second device; transmitting a command to the second device to switch to a user account profile that corresponds to the user account corresponding to the voice request; and providing for the second device to output the content visually and/or audibly based on the profile of the user account.
A combustor for a gas turbine engine comprising: a plurality of combustor swirlers ; a support shell ; and a forward liner panel mounted to the support shell via a multiple of studs , the forward liner panel including a stud free zone downstream of each respective combustor swirler characterised in that : the stud free zone is trapezoidal in shape, located toward an aft edge of the forward liner panel (72A, 74A and defined by a truncated triangle with a truncated apex located at combustor swirler . a plurality of combustor swirlers ; a support shell ; and a forward liner panel mounted to the support shell via a multiple of studs , the forward liner panel including a stud free zone downstream of each respective combustor swirler characterised in that : the stud free zone is trapezoidal in shape, located toward an aft edge of the forward liner panel (72A, 74A and defined by a truncated triangle with a truncated apex located at combustor swirler .
An effective amount of a composition comprising GLA, said composition comprising: (a) GLA of the formula: wherein: R 1 , R 3 , R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl; and (b) a pharmaceutically acceptable carrier or excipient; wherein the composition does not comprise antigen; for use in the treatment of a cancer in a mammal. (a) GLA of the formula: wherein: R 1 , R 3 , R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl; and R 1 , R 3 , R 5 and R 6 are C 11 -C 20 alkyl; and R 2 and R 4 are C 12 -C 20 alkyl; and (b) a pharmaceutically acceptable carrier or excipient;
Artificial eye for eye tracking calibration of an eye-tracker, comprising: an eye model comprising a foveal region ; an optical position sensor arranged at the foveal region for transducing the position of a foveal light spot into a sensor position signal; a two-axis rotational pivoting support upon which the eye model is mounted; a two-axis actuator for rotating the eye model in said pivoting support; a feed-back electronic circuit, connected between the sensor and actuator; wherein the eye model comprises a pupil and a cornea having an integrated lens or a lens immediately next to the cornea towards the optical position sensor ; wherein the feed-back electronic circuit is arranged to cause rotation of the eye model by said actuator such that the sensor position signal matches a reference position signal . an eye model comprising a foveal region ; an optical position sensor arranged at the foveal region for transducing the position of a foveal light spot into a sensor position signal; a two-axis rotational pivoting support upon which the eye model is mounted; a two-axis actuator for rotating the eye model in said pivoting support; a feed-back electronic circuit, connected between the sensor and actuator; wherein the eye model comprises a pupil and a cornea having an integrated lens or a lens immediately next to the cornea towards the optical position sensor ; wherein the feed-back electronic circuit is arranged to cause rotation of the eye model by said actuator such that the sensor position signal matches a reference position signal .
A switch driver configured to control a power switch (Q1) in a switched-mode power converter, so as to prevent excessive voltage levels across a synchronous rectification (SR) switch (Q2) of the power converter, the switch driver (160; 260) comprising: a pull-down driver switch (MN1) for sinking current from a control terminal (GS_Q1) of the power switch (Q1); a first pull-up driver switch (MPa) for sourcing current to the control terminal (GS_Q1), the first pull-up driver switch (MPa) having a first on-state resistance; a second pull-up driver switch (MPb) for sourcing current to the control terminal (GS_Q1), the second pull-up driver switch (MPb) having a second on-state resistance substantially higher than the first on-state resistance; a mode indication input configured to receive a mode indication (BRST); a switch control input configured to receive a control signal (CTL_Q1), which controls the pull-down driver (MN1) switch, the first pull-up driver switch (MPa), and the second pull-up driver switch (MPb); and a high-side control circuit configured to disable the first pull-up driver switch (MPa) responsive to a burst-mode indication at the mode indication input. a pull-down driver switch (MN1) for sinking current from a control terminal (GS_Q1) of the power switch (Q1); a first pull-up driver switch (MPa) for sourcing current to the control terminal (GS_Q1), the first pull-up driver switch (MPa) having a first on-state resistance; a second pull-up driver switch (MPb) for sourcing current to the control terminal (GS_Q1), the second pull-up driver switch (MPb) having a second on-state resistance substantially higher than the first on-state resistance; a mode indication input configured to receive a mode indication (BRST); a switch control input configured to receive a control signal (CTL_Q1), which controls the pull-down driver (MN1) switch, the first pull-up driver switch (MPa), and the second pull-up driver switch (MPb); and a high-side control circuit configured to disable the first pull-up driver switch (MPa) responsive to a burst-mode indication at the mode indication input.
A thruster suitable for low earth orbit LEO, the thruster comprising: an inlet to a chamber arranged to receive a plasma having a low particle density when the thruster is moving along a first axis, the plasma having a low particle density comprising a plurality of electrons and a plurality of positive ions; means for generating a magnetic field in the chamber having a component which is perpendicular to the first axis, the magnetic field being configured such that, when the plasma having a low particle density is passing through the chamber , the plurality of electrons are deflected from the first axis and the plurality of positive ions are allowed to travel substantially undeflected along the first axis; and means for generating an electric field to accelerate the plurality of positive ions along the first axis; wherein the plasma frequency of the plasma having a low particle density is larger than the particle collision frequency of the plasma having a low particle density; characterised in that the magnetic field is formed by a plurality of ring magnets which are arranged in a series of adjacent rings in alignment with the first axis, wherein the plurality of ring magnets are arranged so that the polarity of each ring is opposite to the polarity of each adjacent ring in the series, so as to deflect the plurality of electrons to travel in a closed drift loop around the first axis. an inlet to a chamber arranged to receive a plasma having a low particle density when the thruster is moving along a first axis, the plasma having a low particle density comprising a plurality of electrons and a plurality of positive ions; means for generating a magnetic field in the chamber having a component which is perpendicular to the first axis, the magnetic field being configured such that, when the plasma having a low particle density is passing through the chamber , the plurality of electrons are deflected from the first axis and the plurality of positive ions are allowed to travel substantially undeflected along the first axis; and means for generating an electric field to accelerate the plurality of positive ions along the first axis; wherein the plasma frequency of the plasma having a low particle density is larger than the particle collision frequency of the plasma having a low particle density; characterised in that the magnetic field is formed by a plurality of ring magnets which are arranged in a series of adjacent rings in alignment with the first axis, wherein the plurality of ring magnets are arranged so that the polarity of each ring is opposite to the polarity of each adjacent ring in the series, so as to deflect the plurality of electrons to travel in a closed drift loop around the first axis.
A track mount (314; 316) for securing a track assembly (320; 219A; 219B) to a frame (110; 210; 310) of a power machine (100; 200; 300), the track mount comprising: a mounting flange (332; 334) having apertures positioned to receive fasteners to secure the mounting flange of the track mount to a side of the frame of the power machine; and a connecting structure (336; 338) for extending between the mounting flange and a track frame of the track assembly, the connecting structure securing the track frame to the frame of the power machine, the track mount being characterised in that the connecting structure (336; 338) includes an interface portion configured to be secured to a top portion of the track frame of the track assembly, the interface portion having a curvature, wherein the curvature of the interface portion matches a curvature of the track frame. a mounting flange (332; 334) having apertures positioned to receive fasteners to secure the mounting flange of the track mount to a side of the frame of the power machine; and a connecting structure (336; 338) for extending between the mounting flange and a track frame of the track assembly, the connecting structure securing the track frame to the frame of the power machine, the track mount being characterised in that the connecting structure (336; 338) includes an interface portion configured to be secured to a top portion of the track frame of the track assembly, the interface portion having a curvature, wherein the curvature of the interface portion matches a curvature of the track frame.
An attack detection apparatus comprising: a model generation unit configured to generate, based on a plurality of measurement values obtained by measuring a monitoring target, a state model that indicates a measurement value in each state of the monitoring target; a rule generation unit configured to generate a detection rule that indicates communication information in each state of the monitoring target, based on pieces of communication data communicated by the monitoring target in a time period during which the plurality of measurement values are obtained; and an attack detection unit configured to determine whether new communication data is attack data, using the state model and the detection rule, wherein the rule generation unit acquires a state from the state model, based on a measurement value of a time when each piece of communication data of the pieces of communication data is obtained, acquires communication information from each piece of communication data, and registers the acquired state and the acquired communication information in the detection rule in association with each other. a model generation unit configured to generate, based on a plurality of measurement values obtained by measuring a monitoring target, a state model that indicates a measurement value in each state of the monitoring target; a rule generation unit configured to generate a detection rule that indicates communication information in each state of the monitoring target, based on pieces of communication data communicated by the monitoring target in a time period during which the plurality of measurement values are obtained; and an attack detection unit configured to determine whether new communication data is attack data, using the state model and the detection rule, wherein the rule generation unit acquires a state from the state model, based on a measurement value of a time when each piece of communication data of the pieces of communication data is obtained, acquires communication information from each piece of communication data, and registers the acquired state and the acquired communication information in the detection rule in association with each other.
Cleaning device for cleaning a fluid, comprising an apparatus for sedimenting sedimentable substances contained in the fluid and for separating floating substances contained in the fluid, which apparatus comprises a feed apparatus (3.1) for the fluid, a chamber (3.2) for sedimenting sedimentable substances contained in the fluid and for separating floating substances contained in the fluid, and a discharge apparatus (3.3) for the fluid, and comprising an apparatus for removing or adsorbing substances contained in the fluid, which comprises a container comprising a feed apparatus (1.1) for the fluid, a first chamber (1.2), into which the fluid flows from the feed apparatus (1.1), a second chamber (1.4), which is separated from the first chamber (1.2) by a first wall (1.3), wherein the first wall (1.3) comprises openings at least in a portion D, through which openings the fluid flows from the first chamber (1.2) into the second chamber (1.4), and a third chamber (1.6), which is separated from the second chamber (1.4) by a second wall (1.5), wherein the second wall (1.5) comprises openings at least in a portion D, through which openings the fluid flows from the second chamber (1.4) into the third chamber (1.6), and a discharge apparatus (1.7) for the fluid, through which the fluid flows out of the third chamber (1.6), wherein the second chamber (1.4) contains an agent for removing substances, in particular ions, from the fluid, characterised in that the second chamber (1.4) is installed in a hollow cylindrical housing, wherein the first wall (1.3) and the second wall (1.5) extend from one inner face of the housing, through the axis of the hollow cylinder, to the opposite side, in that an apparatus is provided such that, if the fluid backs up, it does not flow from the first chamber (1.2) into the third chamber (1.6) without flowing through the second chamber (1.4) and coming into contact with the agent , wherein said apparatus is a fluid-tight seal (1.2.1) that is arranged on the upper cover surface of the first chamber (1.2) and seals said chamber at its upper cover surface and/or the apparatus is a fluid-tight seal (1.6.1) that is arranged on the upper cover surface of the third chamber (1.6) and seals said chamber at its upper cover surface, and characterised in that the first wall (1.3) is designed such that the fluid flows through the agent in the second chamber (1.4) when the second chamber (1.4) is loaded with the agent in a predetermined manner.
joint replacement comprising a joint socket having a concave joint surface , a joint head having a convex joint surface which is delimited by a peripheral edge, and a joint insert which has a concave and a convex joint surface , which are each bounded by a peripheral edge , wherein the convex joint surface of the joint insert is designed to form a first partial joint with the concave joint surface of the joint socket in the assembled state, wherein the concave joint surface of the joint insert is designed to form a second partial joint with the convex joint surface of the joint head in the mounted state, and the joint socket and the joint insert each have a securing device which prevents dislocation of the joint replacement, wherein the joint head and/or the joint insert has an insertion aid which enables the insertion of the respective convex joint surface into the associated concave joint surface , characterised in that the insertion aid is configured as an elongated recess in the convex joint surface of at least one of the partial joints, wherein the elongated recess begins at the peripheral edge of the convex joint surface and extends over 25% to 75% of the length of an auxiliary line running on the convex joint surface in its plane of symmetry between the peripheral edge and a pole of the joint surface . wherein the convex joint surface of the joint insert is designed to form a first partial joint with the concave joint surface of the joint socket in the assembled state, wherein the concave joint surface of the joint insert is designed to form a second partial joint with the convex joint surface of the joint head in the mounted state, and the joint socket and the joint insert each have a securing device which prevents dislocation of the joint replacement, wherein the joint head and/or the joint insert has an insertion aid which enables the insertion of the respective convex joint surface into the associated concave joint surface , characterised in that the insertion aid is configured as an elongated recess in the convex joint surface of at least one of the partial joints, wherein the elongated recess begins at the peripheral edge of the convex joint surface and extends over 25% to 75% of the length of an auxiliary line running on the convex joint surface in its plane of symmetry between the peripheral edge and a pole of the joint surface .