mhurhangee/patent-ind-claim-en huggingface dataset:
A method for medical image acquisition and pre-processing, comprising: acquiring raw medical image data by performing a medical image scan of a patient using a medical image scanner; acquiring input data associated with the medical image scan of the patient and available downstream automated image analysis algorithms; selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms; and generating one or more medical images from the raw medical image data by applying the selected set of pre-processing algorithms to the raw medical image data, wherein selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms comprises: selecting a first set of one or more pre-processing algorithms for generating one or medical images for human visual interpretation; and selecting a second set of one or more pre-processing algorithms for generating one or more medical images for automated image analysis using one or more of the available downstream automated image analysis algorithms. acquiring raw medical image data by performing a medical image scan of a patient using a medical image scanner; acquiring input data associated with the medical image scan of the patient and available downstream automated image analysis algorithms; selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms; and generating one or more medical images from the raw medical image data by applying the selected set of pre-processing algorithms to the raw medical image data, wherein selecting, by using a trained machine learning based model, a set of pre-processing algorithms to apply to the raw medical image data based on the input data associated with the medical image scan of the patient and the available downstream automated image analysis algorithms comprises: selecting a first set of one or more pre-processing algorithms for generating one or medical images for human visual interpretation; and selecting a second set of one or more pre-processing algorithms for generating one or more medical images for automated image analysis using one or more of the available downstream automated image analysis algorithms. selecting a first set of one or more pre-processing algorithms for generating one or medical images for human visual interpretation; and selecting a second set of one or more pre-processing algorithms for generating one or more medical images for automated image analysis using one or more of the available downstream automated image analysis algorithms.
Test system designed to test electrical connections, particularly solder connections, between electronic components and a printed circuit board to be tested, comprising: - a housing ; - a component accommodated in a mobile manner in the housing ; and - a current and/or voltage source to provide energy to the printed circuit board to be tested, wherein the current and/or voltage source is arranged in the housing in a mobile manner in at least two spatial directions, wherein the component is designed as a communication interface , wherein the communication interface has at least three electrically conductive contact points which, by establishing contact with a contact arrangement on the printed circuit board with multiple contact points , enables data exchange according to a communication protocol with a data memory of the printed circuit board to be tested. - a housing ; - a component accommodated in a mobile manner in the housing ; and - a current and/or voltage source to provide energy to the printed circuit board to be tested, wherein the current and/or voltage source is arranged in the housing in a mobile manner in at least two spatial directions, wherein the component is designed as a communication interface , wherein the communication interface has at least three electrically conductive contact points which, by establishing contact with a contact arrangement on the printed circuit board with multiple contact points , enables data exchange according to a communication protocol with a data memory of the printed circuit board to be tested.
A method for regasifying cryogenically liquefied gas such as methane, in which a partial amount of the cryogenically liquefied gas contained in a tank is supplied, via a pressure lock, from the tank to an evaporator, in which said partial amount evaporates, whereupon the evaporated gas amount is filled into a high-pressure gas storage, fed into a distribution network or supplied to an energy converter for generating electric energy, wherein the pressure lock comprises two chambers , which are alternately filled with a partial amount of the cryogenically liquefied gas from the tank , characterized in that the chamber (27;28) filled with the partial amount, after the respective filling operation, is separated from the tank and connected to the evaporator , whereupon pressure equalization takes place between the evaporator and the chamber (27;28) connected thereto, and that subsequently at least one displacement body (21;22) is shifted such that the gas contained in the chamber (27;28) under evaporator pressure is at least partially displaced into the evaporator and the other chamber (28;27) is filled with a partial amount of the cryogenically liquefied gas from the tank .
An inverter control device comprising: an inverter main circuit; a current detector configured to detect a current of an output line of the inverter main circuit; a startup controller comprising a rotational phase angle estimator configured to calculate, based on a current response value detected by the current detector , a value corresponding to a rotational phase angle of a motor connected to the inverter main circuit in a stationary reference frame, and a rotational speed estimator configured to calculate a value corresponding to a rotational speed of the motor by using the value corresponding to the rotational phase angle when the inverter main circuit is started; and a regular time controller configured to calculate, with the value corresponding to the rotational speed as an initial value, an estimated rotational phase angle of the motor in a rotating reference frame, characterised in that the rotational speed estimator of the startup controller is configured to count a number of times the value corresponding to the rotational phase angle crosses zero in a first predetermined period (T1), set the value corresponding to the rotational speed to zero when the counted value is less than a predetermined value, and calculate, when the counted value is at or above the predetermined value, the value corresponding to the rotational speed based on a value obtained by counting the number of times the value corresponding to the rotational phase angle crosses zero in a second predetermined period (T2) longer than the first predetermined period (T1), and the second predetermined period (T2). an inverter main circuit; a current detector configured to detect a current of an output line of the inverter main circuit; a startup controller comprising a rotational phase angle estimator configured to calculate, based on a current response value detected by the current detector , a value corresponding to a rotational phase angle of a motor connected to the inverter main circuit in a stationary reference frame, and a rotational speed estimator configured to calculate a value corresponding to a rotational speed of the motor by using the value corresponding to the rotational phase angle when the inverter main circuit is started; and a regular time controller configured to calculate, with the value corresponding to the rotational speed as an initial value, an estimated rotational phase angle of the motor in a rotating reference frame, characterised in that the rotational speed estimator of the startup controller is configured to count a number of times the value corresponding to the rotational phase angle crosses zero in a first predetermined period (T1), set the value corresponding to the rotational speed to zero when the counted value is less than a predetermined value, and calculate, when the counted value is at or above the predetermined value, the value corresponding to the rotational speed based on a value obtained by counting the number of times the value corresponding to the rotational phase angle crosses zero in a second predetermined period (T2) longer than the first predetermined period (T1), and the second predetermined period (T2).
A method of encoding video data, the method comprising: determining an intra-mode for predicting a current block of video data; determining most probable modes, MPMs, for predicting the current block of video data the most probable modes being intra-modes of previously coded blocks that neighbor the current block; comparing the intra-mode of the current block to each of the MPMs in a comparison order; assigning index values to the MPMs in the order in which the intra-mode of the current block is compared to the MPMs; and signaling, when one of the MPMs for predicting the current block matches the intra-mode for predicting the current block, the index of the matching MPM. determining an intra-mode for predicting a current block of video data; determining most probable modes, MPMs, for predicting the current block of video data the most probable modes being intra-modes of previously coded blocks that neighbor the current block; comparing the intra-mode of the current block to each of the MPMs in a comparison order; assigning index values to the MPMs in the order in which the intra-mode of the current block is compared to the MPMs; and signaling, when one of the MPMs for predicting the current block matches the intra-mode for predicting the current block, the index of the matching MPM.
Process for producing a composition containing isocyanate and isocyanurate groups, which comprises the steps: 1) mixing a monomeric polyisocyanate with polymeric diphenylmethane diisocyanate to give a mixture; 2) allowing the mixture obtained in step A) to react in the presence of a trimerization catalyst to give a composition containing isocyanate and isocyanurate groups; characterized in that the monomeric polyisocyanate used in step 1) has a total chlorine content of ≤ 100 ppm (determined by X-ray fluorescence analysis in accordance with DIN 51577 part 4). 1) mixing a monomeric polyisocyanate with polymeric diphenylmethane diisocyanate to give a mixture; 2) allowing the mixture obtained in step A) to react in the presence of a trimerization catalyst to give a composition containing isocyanate and isocyanurate groups;
A connecting rod, comprising: a body portion ; a big end defining a first coupling bore positioned at a first end of the body portion , the big end including a proximal side adjacent the body portion and a distal side spaced apart from the body portion; a small end defining a second coupling bore positioned at a second end of the body portion , the small end including a proximal side adjacent the body portion and a distal side spaced apart from the body portion; and a first opening formed in the body portion adjacent one of the proximal side of the small end and the proximal side of the big end; wherein the first opening is located intermediate two connecting legs that connect the body portion to the proximal side located adjacent the first opening ; characterised in that each of the two connecting legs has a relief dimple formed therein; and the first opening has a curved shape that conforms to a curvature of one of the first coupling bore and the second coupling bore. a body portion ; a big end defining a first coupling bore positioned at a first end of the body portion , the big end including a proximal side adjacent the body portion and a distal side spaced apart from the body portion; a small end defining a second coupling bore positioned at a second end of the body portion , the small end including a proximal side adjacent the body portion and a distal side spaced apart from the body portion; and a first opening formed in the body portion adjacent one of the proximal side of the small end and the proximal side of the big end; wherein the first opening is located intermediate two connecting legs that connect the body portion to the proximal side located adjacent the first opening ; characterised in that each of the two connecting legs has a relief dimple formed therein; and the first opening has a curved shape that conforms to a curvature of one of the first coupling bore and the second coupling bore.
A method of detecting faults in a register bank , the register bank (101. 301) comprising at least one chain of registers , the method comprising: (i) sequentially shifting parameters stored in each register (102A-N, 103A-N, 302A-N, 303A-N) of the chain to an output node of the chain; (ii) inverting each parameter and feeding each inverted parameter back to an input node of that chain; (iii) repeating steps (i) and (ii) to sequentially shift the inverted parameters through the chain until all the non-inverted parameters have been output at the output node ; (iv) calculating a first checksum of the non-inverted parameters output at the output node ; (v) sequentially shifting the inverted parameters in each register (102AN, 103A-N, 302A-N, 303A-N) of the chain to the output node of the chain; (vi) inverting each inverted parameter to restore the non-inverted parameters, feeding each non-inverted parameter back to the input node of that chain; (vii) repeating steps (v) and (vi) to sequentially shift the non-inverted parameters through the chain until all the inverted parameters have been output at the output node ; (viii) calculating a second checksum of the inverted parameters output at the output node ; and (ix) comparing the first and second checksums, thus detecting faults in the register bank . (i) sequentially shifting parameters stored in each register (102A-N, 103A-N, 302A-N, 303A-N) of the chain to an output node of the chain; (ii) inverting each parameter and feeding each inverted parameter back to an input node of that chain; (iii) repeating steps (i) and (ii) to sequentially shift the inverted parameters through the chain until all the non-inverted parameters have been output at the output node ; (iv) calculating a first checksum of the non-inverted parameters output at the output node ; (v) sequentially shifting the inverted parameters in each register (102AN, 103A-N, 302A-N, 303A-N) of the chain to the output node of the chain; (vi) inverting each inverted parameter to restore the non-inverted parameters, feeding each non-inverted parameter back to the input node of that chain; (vii) repeating steps (v) and (vi) to sequentially shift the non-inverted parameters through the chain until all the inverted parameters have been output at the output node ; (viii) calculating a second checksum of the inverted parameters output at the output node ; and (ix) comparing the first and second checksums, thus detecting faults in the register bank .
A machine tool comprising: a main spindle that is adapted to rotate while holding a workpiece (W); a moving device that is adapted to move a cutting tool (T, T1) with respect to the workpiece (W) in a moving direction (P1; P2) including at least a component in a Z-direction parallel with an axis of the main spindle or a component in a Y-direction perpendicular to both the Z-direction and an X-direction, the X-direction being perpendicular to the Z-direction and determining the amount of cutting in a radial direction of the workpiece (W), the cutting tool (T; T1) comprising a linear cutting blade (Th) that is provided to cut the workpiece (W); wherein the cutting tool (T;T1) is held by a holder of the machine tool in a state in which a direction of the linear cutting blade (Th) is parallel with a YZ plane and is inclined with respect to the Z-direction by a predetermined angle (α, β) when seen from the X-direction, wherein the machine tool is further comprising an angle adjustment mechanism (29; 129; 229) that can change the predetermined angle (α, β), characterized in that the moving direction (P1; P2) is a direction obtained by combining a component in the Z-direction and a component in the Y-direction. a main spindle that is adapted to rotate while holding a workpiece (W); a moving device that is adapted to move a cutting tool (T, T1) with respect to the workpiece (W) in a moving direction (P1; P2) including at least a component in a Z-direction parallel with an axis of the main spindle or a component in a Y-direction perpendicular to both the Z-direction and an X-direction, the X-direction being perpendicular to the Z-direction and determining the amount of cutting in a radial direction of the workpiece (W), the cutting tool (T; T1) comprising a linear cutting blade (Th) that is provided to cut the workpiece (W); wherein the cutting tool (T;T1) is held by a holder of the machine tool in a state in which a direction of the linear cutting blade (Th) is parallel with a YZ plane and is inclined with respect to the Z-direction by a predetermined angle (α, β) when seen from the X-direction, wherein the machine tool is further comprising an angle adjustment mechanism (29; 129; 229) that can change the predetermined angle (α, β), characterized in that the moving direction (P1; P2) is a direction obtained by combining a component in the Z-direction and a component in the Y-direction.
A system suitable for the predictive maintenance of valves comprising a body , a support and a spindle for actuating a valve, it further comprises: - at least one torque sensor for measuring the actuation torque to actuate the valve exerted on the spindle ; - at least one position sensor for measuring the angular position of said valve; - a sensor board responsible for acquiring and processing the signals from the sensors; and characterized in that the system comprises a temperature sensor connected to the sensor board for correcting the variations that the measurements of the position and torque sensors can experience due to the extreme temperature values thereof. - at least one torque sensor for measuring the actuation torque to actuate the valve exerted on the spindle ; - at least one position sensor for measuring the angular position of said valve; - a sensor board responsible for acquiring and processing the signals from the sensors; and
An ocular optical system, comprising, in order from an eye point (EP), a first lens group (G1) having a positive refractive power and a second lens group (G2) having a positive refractive power, wherein one of the first lens group and the second lens group includes a cemented lens having at least two optical members cemented together; a cemented surface (DG) of the cemented lens is a diffraction optical surface configuring a diffraction grating; and at least any one of lens surfaces of lenses constituting the first lens group and the second lens group is a Fresnel surface.
An apparatus for a turbine engine , comprising: a journal bearing extending axially along and circumferentially about an axis , the journal bearing extending radially between a bearing inner side and a bearing outer side , and the journal bearing including a bore, a passage, a groove and a slot; the bore extending axially within the journal bearing and along the bearing inner side ; the passage extending radially within the journal bearing and fluidly coupled with the bore and the groove; the groove extending longitudinally within the journal bearing at the bearing outer side between a groove first end and a groove second end , and at least a portion of the slot extending circumferentially about the axis within the journal bearing at the bearing outer side from the groove first end to the groove second end , characterised in that , the groove extends axially within the journal bearing between a groove first side and a groove second side , wherein the groove projects radially into the journal bearing from the bearing outer side to a groove bottom surface , wherein an outlet (70A; 74A; 70B; 74B; 74C) from the passage is formed at the groove bottom surface ; and the slot is axially aligned with the outlet (70A; 74A; 70B; 74B; 74C) and the slot is aligned axially intermediately between the groove first side and the groove second side . a journal bearing extending axially along and circumferentially about an axis , the journal bearing extending radially between a bearing inner side and a bearing outer side , and the journal bearing including a bore, a passage, a groove and a slot; the bore extending axially within the journal bearing and along the bearing inner side ; the passage extending radially within the journal bearing and fluidly coupled with the bore and the groove; the groove extending longitudinally within the journal bearing at the bearing outer side between a groove first end and a groove second end , and at least a portion of the slot extending circumferentially about the axis within the journal bearing at the bearing outer side from the groove first end to the groove second end , characterised in that , the groove extends axially within the journal bearing between a groove first side and a groove second side , wherein the groove projects radially into the journal bearing from the bearing outer side to a groove bottom surface , wherein an outlet (70A; 74A; 70B; 74B; 74C) from the passage is formed at the groove bottom surface ; and the slot is axially aligned with the outlet (70A; 74A; 70B; 74B; 74C) and the slot is aligned axially intermediately between the groove first side and the groove second side .