mhurhangee/ep-ind-claims huggingface dataset:
A system message update method, comprising: receiving, by a first terminal device, a first system message of a cell in which the first terminal device is located, in each DRX cycle of the first terminal device when the first terminal device wakes up; obtaining, by the first terminal device, first indication information from the first system message, wherein the first indication information comprises information used for updating system messages other than the first system message, wherein the information used for updating system messages comprises a valuetag, and the valuetag increases by 1 each time a system message is updated; and determining, by the first terminal device, that a system message other than the first system message needs to be read when the value of the valuetag changes; determining, by the first terminal device, that a system message other than the first system message does not need to be read if the value of the valuetag does not change; and wherein the first system message is periodically sent, and occupies a fixed physical resource location. receiving, by a first terminal device, a first system message of a cell in which the first terminal device is located, in each DRX cycle of the first terminal device when the first terminal device wakes up; obtaining, by the first terminal device, first indication information from the first system message, wherein the first indication information comprises information used for updating system messages other than the first system message, wherein the information used for updating system messages comprises a valuetag, and the valuetag increases by 1 each time a system message is updated; and determining, by the first terminal device, that a system message other than the first system message needs to be read when the value of the valuetag changes; determining, by the first terminal device, that a system message other than the first system message does not need to be read if the value of the valuetag does not change; and wherein the first system message is periodically sent, and occupies a fixed physical resource location.
A binocular vision assessment and/or therapy apparatus, comprising: - a source (20, 22) of left eye and right eye image pairs adapted to be viewed dichoptically and perceived with binocular vision; - a dichoptic display system adapted to present a selected one of said image pairs as a right eye image to a patient's right eye only and a left eye image to a patient's left eye only; - a user input provided on a user interface; - wherein said source (20, 22) is adapted to provide to the display complementary image pairs having an adjustable difference in information content between said left eye image and said right eye image, said information content being an image characteristic selected from contrast, overall luminance, resolution, motion, and orientation; and wherein said source is further adapted to provide in said same image pairs additionally and independently a variable proportion of signal to noise in the two images, wherein the signal is presented to one eye only and the noise to the other eye only; - wherein the level of said adjustable difference in information content is user selectable by means of said input for selecting a level at which the patient with a deficiency of binocular vision begins to experience binocular vision; - and wherein the apparatus is adapted to measure a threshold, at which binocular vision begins to be experienced, using responses from said user input received during a motion or orientation discrimination task, said threshold being an estimate, for a given selected difference in information content, of a proportion of signal to noise in said images. - a source (20, 22) of left eye and right eye image pairs adapted to be viewed dichoptically and perceived with binocular vision; - a dichoptic display system adapted to present a selected one of said image pairs as a right eye image to a patient's right eye only and a left eye image to a patient's left eye only; - a user input provided on a user interface; - wherein said source (20, 22) is adapted to provide to the display complementary image pairs having an adjustable difference in information content between said left eye image and said right eye image, said information content being an image characteristic selected from contrast, overall luminance, resolution, motion, and orientation; and wherein said source is further adapted to provide in said same image pairs additionally and independently a variable proportion of signal to noise in the two images, wherein the signal is presented to one eye only and the noise to the other eye only; - wherein the level of said adjustable difference in information content is user selectable by means of said input for selecting a level at which the patient with a deficiency of binocular vision begins to experience binocular vision; - and wherein the apparatus is adapted to measure a threshold, at which binocular vision begins to be experienced, using responses from said user input received during a motion or orientation discrimination task, said threshold being an estimate, for a given selected difference in information content, of a proportion of signal to noise in said images.
A device for applying a liquid, in particular water, onto a moving substrate, comprising a row of rotors attached to a support beam, said rotors having rotating disks (7, 8) which atomize the liquid onto said substrate through openings provided in a plate arranged between said disks and the substrate, and comprising means (25, 27) for supplying liquid to the rotors and a casing in which are arranged the support beam and the rotors, each rotor comprises a vertical axis on which are mounted two flexible flat disks (7, 8) rotating in opposite directions, and the rotors being attached to the support beam in a series of identical groups of three rotors (17, 17' and 17"), characterized in that each group consists of a first rotor having two disks, one upper and one lower, rotating in opposite directions, followed by a second rotor also having two disks, one upper and one lower, rotating in opposite directions and arranged such that the lower disk comes to rotate between the disks (7, 8) of the first rotor and such that the upper disk rotates above the upper disk of the first rotor, followed by a third rotor also having two disks, one upper (8") and one lower (7"), rotating in opposite directions and arranged such that both disks come to rotate between the disks (7', 8') of the second rotor, these arrangements being such that two adjacent disks always rotate in opposite directions and partially overlap.
A water flow electricity generating device comprising: a stator that supports an annular stator core in which a coil is provided; a rotor that includes a magnet, a rotor main body, a blade support unit, a rotating blade and a float unit, the magnet causing a magnetic force to act on the coil, the rotor main body being disposed on an inner circumferential side of the stator core to support the magnet, the blade support unit being provided on one side in a rotating axis line direction of the rotor main body and being disposed on one side in the rotating axis line direction of the rotor main body, the rotating blade projecting radially outward from the blade support unit, and the float unit being disposed on one side in the rotating axis line direction of the rotor main body; and a water-lubricated bearing (39, 40) that is disposed while being opposed to the rotor main body, the water-lubricated bearing (39, 40) supporting loads in a thrust direction and a radial direction; characterised in that the device comprises: an air volume adjusting device (91, 116) that adjusts an air volume in the float unit. a stator that supports an annular stator core in which a coil is provided; a rotor that includes a magnet, a rotor main body, a blade support unit, a rotating blade and a float unit, the magnet causing a magnetic force to act on the coil, the rotor main body being disposed on an inner circumferential side of the stator core to support the magnet, the blade support unit being provided on one side in a rotating axis line direction of the rotor main body and being disposed on one side in the rotating axis line direction of the rotor main body, the rotating blade projecting radially outward from the blade support unit, and the float unit being disposed on one side in the rotating axis line direction of the rotor main body; and a water-lubricated bearing (39, 40) that is disposed while being opposed to the rotor main body, the water-lubricated bearing (39, 40) supporting loads in a thrust direction and a radial direction; characterised in that the device comprises: an air volume adjusting device (91, 116) that adjusts an air volume in the float unit. an air volume adjusting device (91, 116) that adjusts an air volume in the float unit.
X-ray system comprising comprising an X-ray source and a grating arrangement for phase contrast imaging; said grating arrangement comprising a first grating element, a second grating element and an X-ray detector element having a detector size; wherein each of the first grating element and the second grating element comprises a trench structure; wherein the trench structure comprises at least one trench region and at least one barrier region; wherein the at least one trench region and at least one barrier region are, at least locally, arranged in parallel; wherein the first grating element and the second grating element are arranged such that the trench structure of the first grating element and the trench structure of the second grating element are, at least locally, arranged non-parallel; and wherein the X-ray detector element is arranged substantially parallel to at least one of the first grating element and the second grating element; wherein the first grating element and the second grating element are arranged atop the X-ray detector element; wherein the first grating element, the second grating element and the X-ray detector element are provided as a compact, single unit having defined relationships of the individual elements to one another; wherein an object is arrangeable between the X-ray source and the grating arrangement; wherein the X-ray source and the grating arrangement are operatively coupled such that a phase contrast image of the object is obtainable by the X-ray detector element; wherein the X-ray system is configured for displacing the first grating element, the second grating element and the X-ray detector element as a single unit in a scanning movement through the field of view.
Method for performing driving assistance for a vehicle, comprising - determining a lateral acceleration (G Y) of the vehicle, which is an acceleration of the vehicle in a lateral direction perpendicular to a longitudinal direction of the vehicle corresponding to a moving direction of the vehicle, - determining a lateral jerk (Ġ Y) of the vehicle, which is a jerk of the vehicle in the lateral direction, and - controlling a longitudinal acceleration (G X) of the vehicle on the basis of the determined lateral acceleration (G Y) and lateral jerk (Ġ Y), characterized in that controlling the longitudinal acceleration (G X) of the vehicle is based on suspension characteristics of the vehicle. - determining a lateral acceleration (G Y) of the vehicle, which is an acceleration of the vehicle in a lateral direction perpendicular to a longitudinal direction of the vehicle corresponding to a moving direction of the vehicle, - determining a lateral jerk (Ġ Y) of the vehicle, which is a jerk of the vehicle in the lateral direction, and - controlling a longitudinal acceleration (G X) of the vehicle on the basis of the determined lateral acceleration (G Y) and lateral jerk (Ġ Y),
Door handle for actuating the locking mechanism of a door with an output shaft and a handle facing away from the door, which have a common rotational axis and are connected via an electromechanical clutch, characterized in that - the output shaft has a recess for a coupling element on the side facing towards the handle, - the handle has a receiving area for the coupling element being arranged opposite to the recess, - a linear drive sits in the handle and acts on the coupling element in order to displace the coupling element in axial direction for closing the clutch, such that said coupling element engages in both the recess and the receiving area, and to displace it out of the receiving area into the recess or out of the recess into the receiving area for opening the clutch. - the output shaft has a recess for a coupling element on the side facing towards the handle, - the handle has a receiving area for the coupling element being arranged opposite to the recess, - a linear drive sits in the handle and acts on the coupling element in order to displace the coupling element in axial direction for closing the clutch, such that said coupling element engages in both the recess and the receiving area, and to displace it out of the receiving area into the recess or out of the recess into the receiving area for opening the clutch.
A method for controlling gas dynamic spraying, the method comprising: - providing a particle jet (JETO) by using an accelerating nozzle, - illuminating the particle jet (JETO) with illuminating light pulses, - capturing images of the particle jet (JETO) illuminated with the illuminating light pulses, and - determining one or more velocity values (v(x)) by analyzing the captured images, wherein the images are captured by using an imaging unit which comprises imaging optics to form an optical image of an object plane on an image sensor by focusing light, characterized in that an optical axis of the imaging unit is inclined (γ1) with respect to a central axis of the nozzle, wherein the image sensor is inclined (β1) with respect to the optical axis such that the object plane is substantially parallel with a direction (v k) of movement of particles of the particle jet (JETO), and wherein the image sensor is inclined (β1) with respect to the optical axis such that the angle (90°-β1) between the surface normal of the image sensor and the optical axis is substantially different from zero. - providing a particle jet (JETO) by using an accelerating nozzle, - illuminating the particle jet (JETO) with illuminating light pulses, - capturing images of the particle jet (JETO) illuminated with the illuminating light pulses, and - determining one or more velocity values (v(x)) by analyzing the captured images,
A method for operating an analog signal processing circuit to emulate a Rotman lens, the method comprising: applying, by the analog signal processing circuit, a plurality of time delays to a plurality of signals associated with a plurality of beam ports; and forming, by the analog signal processing circuit, a plurality of output beams for transmission by a plurality of array ports included in an array based on the time delayed signals by summing the time delayed signals, wherein the time delays are based on a direction of transmission of the output beams. applying, by the analog signal processing circuit, a plurality of time delays to a plurality of signals associated with a plurality of beam ports; and forming, by the analog signal processing circuit, a plurality of output beams for transmission by a plurality of array ports included in an array based on the time delayed signals by summing the time delayed signals, wherein the time delays are based on a direction of transmission of the output beams.
A computer-assisted system comprising: a manipulator configured to support a tool, the manipulator extending distally from a base and comprising a distal portion; a lockable joint (106A, 106B, 106C, 309A, 309B) coupled to the base and located proximally relative to the base; a first sensor configured to (i) generate a first signal in response to detecting that the position of the distal portion is externally maintained by techniques different from driving the actuators and brakes of the manipulator, and a second sensor configured to (ii) generate a second signal indicating whether the lockable joint (106A, 106B, 106C, 309A, 309B) is locked; and a controller operably coupled to a powered joint, the powered joint located distally relative to the base, wherein the controller is configured to perform operations comprising: driving the powered joint to move the distal portion while the lockable joint (106A, 106B, 106C, 309A, 309B) is locked, in response to the second signal, identifying that the lockable joint (106A, 106B, 106C, 309A, 309B) is unlocked, and driving the powered joint to move the base in response to the first signal while the lockable joint (106A, 106B, 106C, 309A, 309B) is unlocked. a manipulator configured to support a tool, the manipulator extending distally from a base and comprising a distal portion; a lockable joint (106A, 106B, 106C, 309A, 309B) coupled to the base and located proximally relative to the base; a first sensor configured to (i) generate a first signal in response to detecting that the position of the distal portion is externally maintained by techniques different from driving the actuators and brakes of the manipulator, and a second sensor configured to (ii) generate a second signal indicating whether the lockable joint (106A, 106B, 106C, 309A, 309B) is locked; and a controller operably coupled to a powered joint, the powered joint located distally relative to the base, wherein the controller is configured to perform operations comprising: driving the powered joint to move the distal portion while the lockable joint (106A, 106B, 106C, 309A, 309B) is locked, in response to the second signal, identifying that the lockable joint (106A, 106B, 106C, 309A, 309B) is unlocked, and driving the powered joint to move the base in response to the first signal while the lockable joint (106A, 106B, 106C, 309A, 309B) is unlocked. driving the powered joint to move the distal portion while the lockable joint (106A, 106B, 106C, 309A, 309B) is locked, in response to the second signal, identifying that the lockable joint (106A, 106B, 106C, 309A, 309B) is unlocked, and driving the powered joint to move the base in response to the first signal while the lockable joint (106A, 106B, 106C, 309A, 309B) is unlocked.
A punctal plug comprising a semiconductor device; the semiconductor device comprising: an array of containment cells, wherein each containment cell is configured to contain a medicament and each containment cell comprises a cell activation element configured to release the medicament within the containment cell upon receipt of an activation trigger; and control circuitry configured to activate the containment cells at predetermined times. an array of containment cells, wherein each containment cell is configured to contain a medicament and each containment cell comprises a cell activation element configured to release the medicament within the containment cell upon receipt of an activation trigger; and control circuitry configured to activate the containment cells at predetermined times.
A power tool including: a motor that generates rotational power; a power transmission unit that transmits the rotational power from the motor to an output shaft, wherein the power transmission unit is configured to reduce a rotation speed related to the rotational power and be capable of shifting a speed reduction ratio; a gear shift actuator that shifts a speed reduction ratio of the power transmission unit; a torque detector that detects a load torque applied to the output shaft; and a control unit that controls the gear shift actuator to shift the speed reduction ratio of the power transmission unit in accordance with the detected load torque, the control unit reduces an output of the motor until a predetermined time elapses from when the control unit increased the speed reduction ratio of the power transmission unit by controlling the power transmission unit the power tool being characterized in that: the control unit controls the gear shift actuator to gradually decrease the reduced amount of the output of the motor as time elapses. a motor that generates rotational power; a power transmission unit that transmits the rotational power from the motor to an output shaft, wherein the power transmission unit is configured to reduce a rotation speed related to the rotational power and be capable of shifting a speed reduction ratio; a gear shift actuator that shifts a speed reduction ratio of the power transmission unit; a torque detector that detects a load torque applied to the output shaft; and a control unit that controls the gear shift actuator to shift the speed reduction ratio of the power transmission unit in accordance with the detected load torque, the control unit reduces an output of the motor until a predetermined time elapses from when the control unit increased the speed reduction ratio of the power transmission unit by controlling the power transmission unit the power tool being characterized in that: the control unit controls the gear shift actuator to gradually decrease the reduced amount of the output of the motor as time elapses. the control unit controls the gear shift actuator to gradually decrease the reduced amount of the output of the motor as time elapses.
A composition having density of lower than 1 g/cm 3 comprising: from 15 to 60%, preferably from 20 to 30%, by weight of one or more propylene-based components being selected from propylene homopolymers, propylene copolymers or combination thereof, such first propylene-based component having a flexural modulus determined in accordance with ISO 178 higher than 1500 MPa, and PI higher than 10; from 20 to 50% by weight of a heterophasic propylene polymer having melt flow rate of from 10 to 20 g/10min comprising: from 50 to 90% by weight of a crystalline polypropylene having solubility in Xylene at room temperature lower than 5%wt of the component and melt flow rate (ISO 1133 - 230°C, 2.16 Kg) higher than 50 g/10min; from 10 to 50% by weight of a copolymer of ethylene with at least one C3-C10 alpha-olefin as comonomer such copolymer containing from 40 to 60% by weight, of ethylene and having solubility in Xylene at room temperature higher than 70% by weight; from 5 to 25% by weight of an ethylene-based plastomer or elastomer, having a hardness (Shore A, ASTM D-2240) value equal to or lower than 90 points, density lower than 0.890 g/cm 3; from 1 to 15 % by weight of talc; from 0 to 10% by weight of high-density polyethylene (HDPE); and the sum of the percentage amounts of the components of the composition is equal to 100 percent. from 15 to 60%, preferably from 20 to 30%, by weight of one or more propylene-based components being selected from propylene homopolymers, propylene copolymers or combination thereof, such first propylene-based component having a flexural modulus determined in accordance with ISO 178 higher than 1500 MPa, and PI higher than 10; from 20 to 50% by weight of a heterophasic propylene polymer having melt flow rate of from 10 to 20 g/10min comprising: from 50 to 90% by weight of a crystalline polypropylene having solubility in Xylene at room temperature lower than 5%wt of the component and melt flow rate (ISO 1133 - 230°C, 2.16 Kg) higher than 50 g/10min; from 10 to 50% by weight of a copolymer of ethylene with at least one C3-C10 alpha-olefin as comonomer such copolymer containing from 40 to 60% by weight, of ethylene and having solubility in Xylene at room temperature higher than 70% by weight; from 50 to 90% by weight of a crystalline polypropylene having solubility in Xylene at room temperature lower than 5%wt of the component and melt flow rate (ISO 1133 - 230°C, 2.16 Kg) higher than 50 g/10min; from 10 to 50% by weight of a copolymer of ethylene with at least one C3-C10 alpha-olefin as comonomer such copolymer containing from 40 to 60% by weight, of ethylene and having solubility in Xylene at room temperature higher than 70% by weight; from 5 to 25% by weight of an ethylene-based plastomer or elastomer, having a hardness (Shore A, ASTM D-2240) value equal to or lower than 90 points, density lower than 0.890 g/cm 3; from 1 to 15 % by weight of talc; from 0 to 10% by weight of high-density polyethylene (HDPE); and