mhurhangee/ep-ind-claims huggingface dataset:
A computing device foldable through a range of degrees at a rotation axis, the computing device comprising: a first planar substrate; a magnet array in the first planar substrate, the magnet array comprising a first magnet co-axially aligned with a second magnet along an array axis that passes through North and South poles of the first magnet and the second magnet, wherein like poles of the first magnet and the second magnet face one another to generate a magnetic field within an array plane normal to the array axis; a second planar substrate rotatably coupled to the first planar substrate at the rotation axis; a three-axis magnetic sensor in the second planar substrate configured to sense magnetic flux along three sensing axes (152, 154, 156), wherein the three-axis magnetic sensor is oriented in the second planar substrate and the magnet array is oriented in the first planar substrate such that at multiple angular orientations of the first planar substrate relative to the second planar substrate throughout the range of degrees a first sensing axis and a second sensing axis of the sensor are co-planar with the magnetic field in the array plane, and the sensor receives magnetic flux from the magnetic field along the first sensing axis and the second sensing axis of the sensor; a processor; and a memory (404, 406) storing instructions executable by the processor to use the magnetic flux at the sensor to determine a plurality of angular orientations of the first planar substrate relative to the second planar substrate throughout the range of degrees. a first planar substrate; a magnet array in the first planar substrate, the magnet array comprising a first magnet co-axially aligned with a second magnet along an array axis that passes through North and South poles of the first magnet and the second magnet, wherein like poles of the first magnet and the second magnet face one another to generate a magnetic field within an array plane normal to the array axis; a second planar substrate rotatably coupled to the first planar substrate at the rotation axis; a three-axis magnetic sensor in the second planar substrate configured to sense magnetic flux along three sensing axes (152, 154, 156), wherein the three-axis magnetic sensor is oriented in the second planar substrate and the magnet array is oriented in the first planar substrate such that at multiple angular orientations of the first planar substrate relative to the second planar substrate throughout the range of degrees a first sensing axis and a second sensing axis of the sensor are co-planar with the magnetic field in the array plane, and the sensor receives magnetic flux from the magnetic field along the first sensing axis and the second sensing axis of the sensor; a processor; and a memory (404, 406) storing instructions executable by the processor to use the magnetic flux at the sensor to determine a plurality of angular orientations of the first planar substrate relative to the second planar substrate throughout the range of degrees.
A method for filtering incoming calls for a mobile computing device with telephonic functionality, the method comprising, at the mobile computing device: storing a priority schedule that defines priority levels for time periods; receiving an incoming call from a caller; determining a call priority of the incoming call based on an identity of the caller; determining a threshold priority for a current time period based on the priority schedule; responsive to the threshold priority exceeding the call priority, blocking the incoming call; determining time periods during which the incoming call would not be blocked based on the priority schedule; generating a message identifying the time periods during which the incoming call would not be blocked and sending the message to the caller; receiving a user command setting the mobile computing device in a high-priority mode for a predefined period of time, the high-priority mode associating with a high priority level, wherein determining the threshold priority comprises determining the high priority level as the threshold priority during the predefined period of time. storing a priority schedule that defines priority levels for time periods; receiving an incoming call from a caller; determining a call priority of the incoming call based on an identity of the caller; determining a threshold priority for a current time period based on the priority schedule; responsive to the threshold priority exceeding the call priority, blocking the incoming call; determining time periods during which the incoming call would not be blocked based on the priority schedule; generating a message identifying the time periods during which the incoming call would not be blocked and sending the message to the caller; receiving a user command setting the mobile computing device in a high-priority mode for a predefined period of time, the high-priority mode associating with a high priority level, wherein determining the threshold priority comprises determining the high priority level as the threshold priority during the predefined period of time.
Burner of a gas turbine extending along an axis and comprising in axial order - a swirler section - a mixing section - an outlet section - a main combustion zone - wherein said swirler section comprises swirler vanes made to swirl a stream of fuel and oxygen containing gas entering the swirler section in a circumferential direction, - wherein said mixing section conducts the premix (MFOCG) of fuel and oxygen containing gas to said outlet section, - wherein said outlet section discharges said premix (MFOCG) into said combustion zone expanding the flow of premix (MFOCG) from a smaller axial cross section of said mixing section to a larger cross section of said combustion zone which makes streamlines of said flow to diverge radially, wherein a surface of the outlet section facing the flow of said premix (MFOCG) is provided with first fuel nozzles injecting fuel into said premix (MFOCG) into a radial inwardly inclined direction before the flow of said premix (MFOCG) enters said outlet section into said combustion zone, characterized in that said outlet section comprises an annular rim protruding into said combustion zone comprising second fuel nozzles discharging fuel in a radial outward direction. - a swirler section - a mixing section - an outlet section - a main combustion zone - wherein said swirler section comprises swirler vanes made to swirl a stream of fuel and oxygen containing gas entering the swirler section in a circumferential direction, - wherein said mixing section conducts the premix (MFOCG) of fuel and oxygen containing gas to said outlet section, - wherein said outlet section discharges said premix (MFOCG) into said combustion zone expanding the flow of premix (MFOCG) from a smaller axial cross section of said mixing section to a larger cross section of said combustion zone which makes streamlines of said flow to diverge radially, wherein a surface of the outlet section facing the flow of said premix (MFOCG) is provided with first fuel nozzles injecting fuel into said premix (MFOCG) into a radial inwardly inclined direction before the flow of said premix (MFOCG) enters said outlet section into said combustion zone, characterized in that said outlet section comprises an annular rim protruding into said combustion zone comprising second fuel nozzles discharging fuel in a radial outward direction.
A device for protecting tissues and structures adjacent to a tubular organ during performance of a surgical procedure on a portion of the tubular organ, said device comprising a protective member that may be deployed through a surgical instrument in a first configuration and expanded to a second configuration such that when in said second configuration, said protective member may extend around an outer circumference of the portion of the tubular organ, wherein at least a portion thereof is fabricated from light-sensitive material that will change color when adjacent to a lighted portion of a surgical instrument.
Method for synthesis of a mineral salt of thiopivalic acid, characterised in that it comprises a step of reaction in an organic solvent between the thiopivalic acid and a mineral salt chosen from caesium carbonate and a lithium salt, the organic solvent being chosen from methyl-tetrahydrofuran, toluene and tetrahydrofuran, ethyl and isopropyl acetates.
Toaster for toasting seeds, in particular soybeans, comprising: a. a toasting housing having a toasting region through which seeds can flow from top to bottom; b. a fan which generates an air flow; and c. a heat generator for heating the air flow; d. at least one elongated air inlet duct arranged in the toasting housing and extending into the toasting region; e. at least one elongated air outlet duct arranged in the toasting housing and extending into the toasting region; wherein f. said at least one air inlet duct and said at least one air outlet duct each open into the toasting region such that g. the heated air flow (20, 22) entering the toasting housing can exit from the air inlet duct into the toasting region and flow through the seeds to be toasted to the air outlet duct to exit therefrom from the toasting housing, wherein the air flow flows through the toasting region and heats the seeds; and wherein h. the air flow is guided in an air circuit and the moisture releasing the seeds can accumulate in the air flow. a. a toasting housing having a toasting region through which seeds can flow from top to bottom; b. a fan which generates an air flow; and c. a heat generator for heating the air flow; d. at least one elongated air inlet duct arranged in the toasting housing and extending into the toasting region; e. at least one elongated air outlet duct arranged in the toasting housing and extending into the toasting region; wherein f. said at least one air inlet duct and said at least one air outlet duct each open into the toasting region such that g. the heated air flow (20, 22) entering the toasting housing can exit from the air inlet duct into the toasting region and flow through the seeds to be toasted to the air outlet duct to exit therefrom from the toasting housing, wherein the air flow flows through the toasting region and heats the seeds; and wherein h. the air flow is guided in an air circuit and the moisture releasing the seeds can accumulate in the air flow.
An aircraft electric brake actuator assembly comprising: an actuator housing configured to be mounted on an aircraft landing gear, the actuator housing defining an actuator gearbox housing; a motor housing coupled to the actuator housing and removable therefrom, the motor housing accessible when the actuator housing is mounted on the aircraft landing gear; an actuator disposed within the actuator housing, the actuator coupled to receive a drive torque and configured, upon receipt of the drive torque, to translate to a position; and an electric motor disposed within the motor housing and removably coupled to the actuator, the electric motor adapted to be selectively energized and configured, upon being energized, to rotate and thereby supply the drive torque to the actuator, wherein the electric motor comprises an output shaft; a gear set (458, 462) disposed within the actuator gearbox housing and coupled between the actuator and the output shaft; characterised by a foreign-object-damage shield disposed between the electric motor and the actuator gearbox housing, the FOD shield including an opening (802, 902) through which the output shaft extends, wherein the opening in the FOD shield is dimensioned to at least inhibit debris ingress into the gearbox housing when the electric motor is removed. an actuator housing configured to be mounted on an aircraft landing gear, the actuator housing defining an actuator gearbox housing; a motor housing coupled to the actuator housing and removable therefrom, the motor housing accessible when the actuator housing is mounted on the aircraft landing gear; an actuator disposed within the actuator housing, the actuator coupled to receive a drive torque and configured, upon receipt of the drive torque, to translate to a position; and an electric motor disposed within the motor housing and removably coupled to the actuator, the electric motor adapted to be selectively energized and configured, upon being energized, to rotate and thereby supply the drive torque to the actuator, wherein the electric motor comprises an output shaft; a gear set (458, 462) disposed within the actuator gearbox housing and coupled between the actuator and the output shaft; characterised by a foreign-object-damage shield disposed between the electric motor and the actuator gearbox housing, the FOD shield including an opening (802, 902) through which the output shaft extends, wherein the opening in the FOD shield is dimensioned to at least inhibit debris ingress into the gearbox housing when the electric motor is removed.
A flow type particle image analysis method of analyzing a particle image obtained by capturing an image of a sample liquid caused to flow with a sheath liquid surrounding the sample liquid, wherein the method comprises the steps of: causing the sample liquid containing spherical standard particles to flow through a flow cell, and acquiring a static image of the standard particles by capturing an image of the standard particles by means of an imaging unit including a field lens, the standard particles being made of a same substance and having the same size; characterized by calculating, from the static image, any one of a ratio between a density value around the center of a particle image (701, 702, 703) and a density value around the outline thereof, and a difference between the density value around the center of the particle image (701, 702, 703) and the density value around the outline thereof, the any one of the ratio and the difference being calculated as a particle image feature parameter value; and performing focal adjustment of the imaging unit on the basis of the parameter value. causing the sample liquid containing spherical standard particles to flow through a flow cell, and acquiring a static image of the standard particles by capturing an image of the standard particles by means of an imaging unit including a field lens, the standard particles being made of a same substance and having the same size; characterized by calculating, from the static image, any one of a ratio between a density value around the center of a particle image (701, 702, 703) and a density value around the outline thereof, and a difference between the density value around the center of the particle image (701, 702, 703) and the density value around the outline thereof, the any one of the ratio and the difference being calculated as a particle image feature parameter value; and performing focal adjustment of the imaging unit on the basis of the parameter value.
A system for refilling a vial, characterized in that it comprises: - at least a first vial containing liquid and comprising a bottom at one end and an opening for removing liquid from the bottom at an opposite end, - at least one second vial to be refilled with the liquid from the first vial, the second vial comprising a bottom at one end and a pump mounted on the vial at an opposite end, the pump being equipped with at least one venting orifice that is able to be opened or closed depending on the position of the pump, the second vial being in the inverted position with the pump located below the bottom of said vial, - a filling interface connecting the two vials, the interface comprising, on the one hand, at least one liquid passage arranged between the two vials for the transfer of the pressurized liquid, from the first vial to the inverted second vial through said at least one open venting orifice of said second vial and, on the other hand, at least one gas passage for the discharge of the gas contained in the inverted second vial toward the outside of said vial. - at least a first vial containing liquid and comprising a bottom at one end and an opening for removing liquid from the bottom at an opposite end, - at least one second vial to be refilled with the liquid from the first vial, the second vial comprising a bottom at one end and a pump mounted on the vial at an opposite end, the pump being equipped with at least one venting orifice that is able to be opened or closed depending on the position of the pump, the second vial being in the inverted position with the pump located below the bottom of said vial, - a filling interface connecting the two vials, the interface comprising, on the one hand, at least one liquid passage arranged between the two vials for the transfer of the pressurized liquid, from the first vial to the inverted second vial through said at least one open venting orifice of said second vial and, on the other hand, at least one gas passage for the discharge of the gas contained in the inverted second vial toward the outside of said vial.
A shaving razor comprising: a handle; a power source residing within the handle; a shaving head containing at least two razor blades (710, 712) each having a cutting edge disposed within a single cutting plane, at least two of the blades (710, 712) moveably coupled within the shaving head so that each movable blade can be driven to translate laterally within a respective zone of motion; and an actuator coupled to the power source, the actuator to apply a force that drives the movable blades to reciprocate within the zone of motion, characterized in that at least two adjacent blades (710, 712) translate in opposite directions within their respective zones of motion. a handle; a power source residing within the handle; a shaving head containing at least two razor blades (710, 712) each having a cutting edge disposed within a single cutting plane, at least two of the blades (710, 712) moveably coupled within the shaving head so that each movable blade can be driven to translate laterally within a respective zone of motion; and an actuator coupled to the power source, the actuator to apply a force that drives the movable blades to reciprocate within the zone of motion, characterized in that at least two adjacent blades (710, 712) translate in opposite directions within their respective zones of motion.
A composition comprising a pharmaceutically acceptable vehicle and at least one Helicobacter cerdo immunogen; wherein said Helicobacter cerdo is a porcine Helicobacter gastric isolate which has the following characteristics: gram negative, short curved rods, microaerophilic growth pattern, urease enzyme activity, catalase enzyme activity, possession of one or more immunogenic polypeptides selected from the group consisting of HpaA, FlaA, FlaB, urease, UreA, UreB, hsp60, cytotoxin, cagA, and VacA, and a distinct SDS-PAGE profile from Helicobacter pylori under reducing conditions; and wherein the at least one H. cerdo immunogen is provided in an H. cerdo lysate, wherein the H. cerdo lysate is produced by proteolytic digestion of H. cerdo bacteria.
Capsule having a preferably rotationally symmetrical capsule body, with a side wall and with a base formed in particular in one piece with said side wall, and having a cover, which covers the capsule body to form a closed chamber, which contains a substance for preparing a liquid food, wherein, in order for a liquid to be passed through the chamber, the cover forms an entry side and the base forms an exit side, with a preferably central outflow opening, and wherein a riser tube and an outflow tube, which is connected to the outflow opening, are arranged in the capsule so as to communicate with one another such that the liquid flows through the riser tube from the capsule base, in the direction to the cover, to an entry opening of the outflow tube, wherein a base-side transition region is arranged between the riser tube and the chamber, characterized in that the base-side transition region can be penetrated by a penetration means, arranged on the capsule, such that a plurality of transition openings are formed.
A composition comprising 2-(5-(4-(2-morpholinoethoxy)phenyl)pyridin-2-yl)- N- benzylacetamide (KX2-391) mesylate salt, wherein the KX2-391 mesylate salt has a purity greater than 98.0%, 99.0%, 99.5%, 99.6% or 99.7% as determined by HPLC.
A wet cleaning apparatus with a cleaning element for wet cleaning a surface to be cleaned and a dirty liquid tank for accommodating liquid used during a cleaning process, wherein an evaporation device is assigned to the dirty liquid tank in order to evaporate, namely boil as well as vaporize, liquid contained in the dirty liquid tank, characterized in that the evaporation device has a heat conducting element that is connected to a heat generator of the wet cleaning apparatus, particularly a fan, a drive or a printed circuit board.
A pair of augmented reality glasses comprising a main body of glasses and an optical assembly connected with the main body of glasses, wherein the optical assembly is arranged on an outer side of the main body of glasses, at least one end of the optical assembly is rotationally connected with a leg of the main body of glasses, and the optical assembly rotates with damping with respect to the leg, characterized in that the optical assembly is an L-shaped structure comprising a first component and a second component, the first component is connected in a rotational and damped way with the leg and is arranged along an outer side of the leg, and the second component comprises an optical element which is arranged along a lens adjacent to the leg; the first component further comprises a rotating portion, and the rotating portion divides the first component into a front section and a rear section; the front section is connected with the second component, the rear section is connected in a rotational and damped way with an outer sidewall of the leg, and the front section and the rear section are connected in a rotational and damped way through the rotating portion; when the first component rotates with respect to the leg in up and down directions of a user's eyes, a first stage rotation adjustment of the optical assembly with the whole first component as the radius is formed; when the front section of the first component rotates with respect to the rear section of the first component in up and down directions of a user's eyes, a second stage rotation adjustment of the optical assembly with the front section of the first component as the radius is formed. the optical assembly is an L-shaped structure comprising a first component and a second component, the first component is connected in a rotational and damped way with the leg and is arranged along an outer side of the leg, and the second component comprises an optical element which is arranged along a lens adjacent to the leg; the first component further comprises a rotating portion, and the rotating portion divides the first component into a front section and a rear section; the front section is connected with the second component, the rear section is connected in a rotational and damped way with an outer sidewall of the leg, and the front section and the rear section are connected in a rotational and damped way through the rotating portion; when the first component rotates with respect to the leg in up and down directions of a user's eyes, a first stage rotation adjustment of the optical assembly with the whole first component as the radius is formed; when the front section of the first component rotates with respect to the rear section of the first component in up and down directions of a user's eyes, a second stage rotation adjustment of the optical assembly with the front section of the first component as the radius is formed.