mhurhangee/patent-ind-claim-en huggingface dataset:
Device for determining a region of impact with a point of impact of an aircraft on the surface of the Earth in the event of an emergency, the device comprising: a first interface that is embodied so as to receive aircraft data from the aircraft , wherein the aircraft data includes at least a position of the aircraft and also an altitude above the surface of the Earth; a second interface that is embodied so as to receive weather data from a weather information source in a recurring process comprising multiple individual receiving steps, wherein the weather data is weather forecasts and also prevailing weather data, and wherein the weather data includes at least air movements in an altitude profile between the aircraft and the surface of the Earth; characterised in that the device is embodied so as to store the weather data that is received; wherein the device furthermore comprises a computing unit that is embodied so as to compare the weather forecasts from a preceding receiving step with prevailing weather data from a following receiving step and to determine a deviation between the weather forecasts and the prevailing weather data; wherein the computing unit is embodied so as to determine a region of impact of the aircraft on the surface of the Earth in the event of an emergency based upon the weather forecast for the point in time of the emergency, the deviation between the weather forecasts from a preceding receiving step and the prevailing weather data and also the position of the aircraft. a first interface that is embodied so as to receive aircraft data from the aircraft , wherein the aircraft data includes at least a position of the aircraft and also an altitude above the surface of the Earth; a second interface that is embodied so as to receive weather data from a weather information source in a recurring process comprising multiple individual receiving steps, wherein the weather data is weather forecasts and also prevailing weather data, and wherein the weather data includes at least air movements in an altitude profile between the aircraft and the surface of the Earth; characterised in that the device is embodied so as to store the weather data that is received; wherein the device furthermore comprises a computing unit that is embodied so as to compare the weather forecasts from a preceding receiving step with prevailing weather data from a following receiving step and to determine a deviation between the weather forecasts and the prevailing weather data; wherein the computing unit is embodied so as to determine a region of impact of the aircraft on the surface of the Earth in the event of an emergency based upon the weather forecast for the point in time of the emergency, the deviation between the weather forecasts from a preceding receiving step and the prevailing weather data and also the position of the aircraft.
A surgical instrument, comprising: an elongated channel configured to support a staple cartridge ; an anvil pivotably connected to the elongated channel; a closure tube mechanically coupled to the anvil; an electric motor; and a control circuit configured to measure a closing force experienced by the anvil, the elongated channel and/or the closure tube and electrically connected to the electric motor, and characterized in that the control circuit is configured to automatically change a closing motion: a first way based on a projected peak value of the closing force determined at a first time; and a second way based on a projected peak value of the closing force determined at a second time, wherein each projected peak value of the closing force is determined by constructing a straight line that passes through the two most recent peak values of the measured closing force, projecting when the next peak closing force will occur and determining the value of the peak closing force at that time using the constructed straight line. an elongated channel configured to support a staple cartridge ; an anvil pivotably connected to the elongated channel; a closure tube mechanically coupled to the anvil; an electric motor; and a control circuit configured to measure a closing force experienced by the anvil, the elongated channel and/or the closure tube and electrically connected to the electric motor, and characterized in that the control circuit is configured to automatically change a closing motion: a first way based on a projected peak value of the closing force determined at a first time; and a second way based on a projected peak value of the closing force determined at a second time, a first way based on a projected peak value of the closing force determined at a first time; and a second way based on a projected peak value of the closing force determined at a second time,
A miter saw comprising: a base ; a turntable pivotably coupled to the base about a miter axis (A1); and a miter angle lock assembly including a clamp biased into engagement with the base when in a clamped position, thereby exerting a clamping force on the base for locking the turntable relative to the base, and an override assembly for maintaining the clamp in a released position relative to the base in which the clamping force is released, characterised in that the clamp is also biased into engagement with the turntable when in a clamped position, thereby exerting a clamping force on the base and the turntable for locking the turntable relative to the base. a base ; a turntable pivotably coupled to the base about a miter axis (A1); and a miter angle lock assembly including a clamp biased into engagement with the base when in a clamped position, thereby exerting a clamping force on the base for locking the turntable relative to the base, and an override assembly for maintaining the clamp in a released position relative to the base in which the clamping force is released, characterised in that the clamp is also biased into engagement with the turntable when in a clamped position, thereby exerting a clamping force on the base and the turntable for locking the turntable relative to the base. a clamp biased into engagement with the base when in a clamped position, thereby exerting a clamping force on the base for locking the turntable relative to the base, and an override assembly for maintaining the clamp in a released position relative to the base in which the clamping force is released, characterised in that the clamp is also biased into engagement with the turntable when in a clamped position, thereby exerting a clamping force on the base and the turntable for locking the turntable relative to the base.
Rotary electric machine , notably for a motor vehicle, having: - a stator comprising a body provided with teeth delimiting notches and a winding seated in the notches of the stator body , - a rotor comprising a body and poles formed by permanent magnets , - two successive polar angles (Ax'), each corresponding to a circumferential extent of a pole , or - two successive double polar angles (Ax), each corresponding to a circumferential extent of two adjacent poles , - the successive polar angles and the successive double polar angles having an angular spacing in relation to one another that is a function of an angular offset parameter (δ) related to a slot pitch (sp), characterized in that the term numbers of the polar angles (Ax') or double polar angles (Ax) are distributed randomly on the circumference of the rotor , the double polar angle (Ax) being defined by the following relationship: Ax = 360 / P − δ / 2 + x * δ / P − 1 - x being the term number of the double polar angle, i.e. a whole number between 0 and P-1, - P being the number of pairs of poles , - δ being the angular offset parameter, the polar angle (Ax') being defined by the following relationship: Ax ′ = 180 / P − δ / 2 + x * δ / 2P − 1 - x being the term number of the polar angle, i.e. a whole number between 0 and 2P-1, - P being the number of pairs of poles , - δ being the angular offset parameter. - a stator comprising a body provided with teeth delimiting notches and a winding seated in the notches of the stator body , - a rotor comprising a body and poles formed by permanent magnets , - two successive polar angles (Ax'), each corresponding to a circumferential extent of a pole , or - two successive double polar angles (Ax), each corresponding to a circumferential extent of two adjacent poles , - the successive polar angles and the successive double polar angles having an angular spacing in relation to one another that is a function of an angular offset parameter (δ) related to a slot pitch (sp), characterized in that the term numbers of the polar angles (Ax') or double polar angles (Ax) are distributed randomly on the circumference of the rotor , the double polar angle (Ax) being defined by the following relationship: Ax = 360 / P − δ / 2 + x * δ / P − 1 - x being the term number of the double polar angle, i.e. a whole number between 0 and P-1, - P being the number of pairs of poles , - δ being the angular offset parameter, - x being the term number of the double polar angle, i.e. a whole number between 0 and P-1, - P being the number of pairs of poles , - δ being the angular offset parameter, the polar angle (Ax') being defined by the following relationship: Ax ′ = 180 / P − δ / 2 + x * δ / 2P − 1 - x being the term number of the polar angle, i.e. a whole number between 0 and 2P-1, - P being the number of pairs of poles , - δ being the angular offset parameter. - x being the term number of the polar angle, i.e. a whole number between 0 and 2P-1, - P being the number of pairs of poles , - δ being the angular offset parameter.
A terminal apparatus , comprising: a receiver configured to receive non-demand System Information, SI, and on-demand SI, the non-demand SI including information for indicating a type of the on-demand SI supported by a cell and information for indicating whether a system information request is transmitted as a preamble or as a message; a transmitter configured to transmit a system information request to request transmission of on-demand SI of a type supported by the cell; wherein the transmitter is configured to transmit the system information request as a preamble or as a message; wherein the transmitter is configured to transmit the system information request on a Physical Uplink Shared Channel, PUSCH, in a case that the system information request is a message; and wherein the transmitter is configured to transmit the system information request on a Physical Random Access Channel, PRACH, in a case that the system information request is a preamble. a receiver configured to receive non-demand System Information, SI, and on-demand SI, the non-demand SI including information for indicating a type of the on-demand SI supported by a cell and information for indicating whether a system information request is transmitted as a preamble or as a message; a transmitter configured to transmit a system information request to request transmission of on-demand SI of a type supported by the cell; wherein the transmitter is configured to transmit the system information request as a preamble or as a message; wherein the transmitter is configured to transmit the system information request on a Physical Uplink Shared Channel, PUSCH, in a case that the system information request is a message; and wherein the transmitter is configured to transmit the system information request on a Physical Random Access Channel, PRACH, in a case that the system information request is a preamble.
Method for measuring the beam geometry of a beam , in particular of a rail or of a pipe, by means of a measuring device having a tracker control sensor and by means of a laser tracker , wherein the laser tracker is arranged stationary and at a distance to the measuring device and the laser tracker is optically coupled to the tracker control sensor , characterized by the method steps: - placing the measuring device onto the beam , - measuring the beam by travelling along the beam with the measuring device along a longitudinal axis and covering numerous measurement positions (x, y, z, α, β, γ), - measuring the beam geometry based on the numerous measurement positions (x, y, z, α, β, γ), - wherein at least one sensor is provided on the measuring device which detects the proper contacting of the bearing surfaces of the measuring device on the beam , and in that measurement positions (x, y, z, α, β, y) are only covered after the proper contacting of the bearing surfaces of the measuring device on the beam has been determined. - placing the measuring device onto the beam , - measuring the beam by travelling along the beam with the measuring device along a longitudinal axis and covering numerous measurement positions (x, y, z, α, β, γ), - measuring the beam geometry based on the numerous measurement positions (x, y, z, α, β, γ), - wherein at least one sensor is provided on the measuring device which detects the proper contacting of the bearing surfaces of the measuring device on the beam , and in that measurement positions (x, y, z, α, β, y) are only covered after the proper contacting of the bearing surfaces of the measuring device on the beam has been determined.
A directory processing method, comprising: receiving, by a first data node, a first request sent by a second data node, wherein the first request is used to indicate that the second data node requests to read first data in a first physical address, the first physical address comprises tag information, index information, and first associated address information, the first associated address information is used to indicate that the first physical address corresponds to a first memory address in N memory addresses of a memory of the first data node, and N is greater than 1; searching for, by the first data node, a matched directory entry in a directory of the first data node based on the tag information and the index information; and creating, by the first data node when no matched directory entry is found, a first directory entry of the directory based on the first request, wherein the first directory entry comprises the tag information, first indication information, first pointer information, and first status information, the first indication information comprises N indication bits that are in one-to-one correspondence with the N memory addresses, a first indication bit corresponding to the first memory address in the N indication bits is set to valid, the other indication bits other than the first indication bit are set to invalid, and the first pointer information is used to indicate that data in the memory address corresponding to the indication bit that is set to valid in the first indication information is read by the second data node. receiving, by a first data node, a first request sent by a second data node, wherein the first request is used to indicate that the second data node requests to read first data in a first physical address, the first physical address comprises tag information, index information, and first associated address information, the first associated address information is used to indicate that the first physical address corresponds to a first memory address in N memory addresses of a memory of the first data node, and N is greater than 1; searching for, by the first data node, a matched directory entry in a directory of the first data node based on the tag information and the index information; and creating, by the first data node when no matched directory entry is found, a first directory entry of the directory based on the first request, wherein the first directory entry comprises the tag information, first indication information, first pointer information, and first status information, the first indication information comprises N indication bits that are in one-to-one correspondence with the N memory addresses, a first indication bit corresponding to the first memory address in the N indication bits is set to valid, the other indication bits other than the first indication bit are set to invalid, and the first pointer information is used to indicate that data in the memory address corresponding to the indication bit that is set to valid in the first indication information is read by the second data node.
A method for capturing anthropometric data of a person using an adjustable eyeglasses frame , the adjustable eyeglasses frame holding a pair of lenses , at least one of the lenses associated with a virtual display , the method comprising: assembling a test adjustable eyeglasses frame in a respective geometric configuration using adjustable components , including a right half-frame , a left half-frame , a nose bridge and nose pads , from a kit; in an iterative fitting procedure, placing the test adjustable eyeglasses frame on the person to hold the at least one of the lenses associated with a virtual display in front of the person's eyes ; displaying one or more test stimuli on the virtual display ; recording the person's perception of the displayed one or more test stimuli; when the person's perceptions of the displayed one or more test stimuli match target perceptions of the one or more test stimuli, determining the geometric configuration of the test adjustable frame as being a best-fit geometric configuration of the test adjustable eyeglasses frame; when the person's perceptions of the displayed one or more test stimuli do not match the target perceptions of the one or more test stimuli, readjusting the respective geometric configuration of the adjustable test eyeglasses frame, and repeating the iterative fitting procedure; recording results of the iterative fitting procedure; and building an eyewear device having a fixed geometry for the person based on anthropometric data extracted from the results of the iterative fitting procedure. assembling a test adjustable eyeglasses frame in a respective geometric configuration using adjustable components , including a right half-frame , a left half-frame , a nose bridge and nose pads , from a kit; in an iterative fitting procedure, placing the test adjustable eyeglasses frame on the person to hold the at least one of the lenses associated with a virtual display in front of the person's eyes ; displaying one or more test stimuli on the virtual display ; recording the person's perception of the displayed one or more test stimuli; when the person's perceptions of the displayed one or more test stimuli match target perceptions of the one or more test stimuli, determining the geometric configuration of the test adjustable frame as being a best-fit geometric configuration of the test adjustable eyeglasses frame; when the person's perceptions of the displayed one or more test stimuli do not match the target perceptions of the one or more test stimuli, readjusting the respective geometric configuration of the adjustable test eyeglasses frame, and repeating the iterative fitting procedure; recording results of the iterative fitting procedure; and building an eyewear device having a fixed geometry for the person based on anthropometric data extracted from the results of the iterative fitting procedure.
Ophthalmic device comprising an electrochromic cell comprising at least two transparent layers having curved inner faces that delimit between them a sealed cavity filled by an electrochromic composition , the cavity being delimited at the periphery by a seal formed from an adhesive material , the seal being suitable for supporting the two transparent layers assembled with one another; the ophthalmic device being characterized in that the seal has a width of less than 1000 micrometres.
A stereoscopic display apparatus comprising means for producing display images in mutually different angular directions, comprising sub-pixels which are laterally separated by non-emitting areas, wherein the sub-pixels are arranged in columns, wherein all sub-pixels in a same column have a same color, and a plurality of lenticular lenses each overlying part of the sub-pixels and slanted with a slant angle (α) to the columns, characterised in that M i = a − i ∗ k ; M j = ab − j ∗ k ; a = p x p y tan α ; b = p l p x wherein: p x is the pitch of a sub-pixel in the x-direction p y is the pitch of a sub-pixel in the y-direction p l is the pitch of a lens in the x-direction a is the normalised slant b is the normalised pitch of a lens tan(α) = 1/5 and wherein the parameters k , i* , j* are integer numbers which can be chosen in a combination as indicated in Figure 16 such that, in combination of certain values of a and b, the parameters M i ∈ Z and M j ∈ Z . p x is the pitch of a sub-pixel in the x-direction p y is the pitch of a sub-pixel in the y-direction p l is the pitch of a lens in the x-direction a is the normalised slant b is the normalised pitch of a lens tan(α) = 1/5 and wherein the parameters k , i* , j* are integer numbers which can be chosen in a combination as indicated in Figure 16 such that, in combination of certain values of a and b, the parameters M i ∈ Z and
A computer-implemented method for determining at least one visual performance of at least one eye of a person , wherein the method comprises at least the following steps: a) displaying on a screen to the at least one eye of a person at least one visual fixation mark configured to attract a visual perception of the person by directing a line of sight of the at least one eye of the person towards the visual fixation mark ; b) subsequently displaying on a screen to the at least one eye of the person at least one visual stimulus configured to elicit at least one eye movement in the at least one eye of the person towards the at least one visual stimulus ; c) generating tracking data about the at least one eye movement of the at least one eye of the person by using at least one eye-tracking device ; and d) determining the at least one visual performance from the tracking data by using at least one processing device; wherein the at least one visual performance of the at least one eye of the person is determined for at least one point in a visual field of the person by using a first spatial location of the at least one visual fixation mark and a second spatial location of the at least one visual stimulus ; characterized in that an attention level of the person is determined by evaluating a time-related difference in reaction times between at least one particular measurement cycle and at least one subsequent measurement cycle . a) displaying on a screen to the at least one eye of a person at least one visual fixation mark configured to attract a visual perception of the person by directing a line of sight of the at least one eye of the person towards the visual fixation mark ; b) subsequently displaying on a screen to the at least one eye of the person at least one visual stimulus configured to elicit at least one eye movement in the at least one eye of the person towards the at least one visual stimulus ; c) generating tracking data about the at least one eye movement of the at least one eye of the person by using at least one eye-tracking device ; and d) determining the at least one visual performance from the tracking data by using at least one processing device; wherein the at least one visual performance of the at least one eye of the person is determined for at least one point in a visual field of the person by using a first spatial location of the at least one visual fixation mark and a second spatial location of the at least one visual stimulus ; characterized in that an attention level of the person is determined by evaluating a time-related difference in reaction times between at least one particular measurement cycle and at least one subsequent measurement cycle .