mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment, UE, the method comprising: receiving a radio resource control, RRC, release message, while operating in a connected state, the RRC release message only including information that is changed from a previous signalling, i.e. delta signalling of a suspend configuration of the RRC release message; determining, based on an indication in the RRC release message, to suspend the UE to an inactive state when the indication comprises a suspend configuration field; applying the delta signalling corresponding to the suspend configuration indicated by the suspend configuration field, wherein applying the delta signalling includes: receiving the changed suspend configuration information indicated by the suspend configuration field; and accessing unchanged suspend configuration information from previously stored suspend configuration information on the UE; and transitioning the UE to the inactive state, responsive to the determining to suspend the UE to the inactive state. receiving a radio resource control, RRC, release message, while operating in a connected state, the RRC release message only including information that is changed from a previous signalling, i.e. delta signalling of a suspend configuration of the RRC release message; determining, based on an indication in the RRC release message, to suspend the UE to an inactive state when the indication comprises a suspend configuration field; applying the delta signalling corresponding to the suspend configuration indicated by the suspend configuration field, wherein applying the delta signalling includes: receiving the changed suspend configuration information indicated by the suspend configuration field; and accessing unchanged suspend configuration information from previously stored suspend configuration information on the UE; and receiving the changed suspend configuration information indicated by the suspend configuration field; and accessing unchanged suspend configuration information from previously stored suspend configuration information on the UE; and transitioning the UE to the inactive state, responsive to the determining to suspend the UE to the inactive state.
A method for depth acquisition from density modulated binary patterns, comprising: capturing at least three images for a scene using an IR camera (132, 202) and a plurality of IR lasers (134, 204) comprising diffraction grates, wherein each of the at least three images comprises a density modulated binary pattern (300A, 300B, 300C) carrying phase information; wherein the density modulated binary patterns comprise rows of light spots and the numbers of light spots in different rows of each density modulated binary pattern follow a sinusoidal function, and wherein each row is divided into a number of basic units, with the positions of light spots being random within a basic unit but the same for all basic units in the same row; using the local uniqueness of each density modulated binary pattern to correct phase ambiguity within each of the at least three images; and performing pixel based phase matching for the at least three images to determine depth data for the scene based on the phase information carried by the density modulated binary patterns. capturing at least three images for a scene using an IR camera (132, 202) and a plurality of IR lasers (134, 204) comprising diffraction grates, wherein each of the at least three images comprises a density modulated binary pattern (300A, 300B, 300C) carrying phase information; wherein the density modulated binary patterns comprise rows of light spots and the numbers of light spots in different rows of each density modulated binary pattern follow a sinusoidal function, and wherein each row is divided into a number of basic units, with the positions of light spots being random within a basic unit but the same for all basic units in the same row; using the local uniqueness of each density modulated binary pattern to correct phase ambiguity within each of the at least three images; and performing pixel based phase matching for the at least three images to determine depth data for the scene based on the phase information carried by the density modulated binary patterns.
An optical fiber fusion splicer for fusion-splicing optical fibers to each other, the optical fiber fusion splicer comprising: a base having a fiber groove for containing an optical fiber; a fiber clamp for pressing the optical fiber contained in the fiber groove against the base; load changing means including a drive unit for changing a load for the fiber clamp to press the optical fiber, characterized in that the optical fusion splicer further comprises a controller detecting the number of optical fibers pressed by the fiber clamp according to an image captured by a camera and controlling the drive unit in response to the result of detection. a base having a fiber groove for containing an optical fiber; a fiber clamp for pressing the optical fiber contained in the fiber groove against the base; load changing means including a drive unit for changing a load for the fiber clamp to press the optical fiber, characterized in that the optical fusion splicer further comprises a controller detecting the number of optical fibers pressed by the fiber clamp according to an image captured by a camera and controlling the drive unit in response to the result of detection.
Printing module comprising an assembly arranged on the front side for mounting a printing head in an inkjet printer, wherein the printing module is arranged at a distance in relation to a depositing device and the assembly has a carrier frame with an opening which extends through the carrier frame and is provided for receiving/releasing the printing head, wherein the assembly has means for mounting the printing head, which means make it possible to receive and to remove the same on the front side in a repair position of the printing module in relation to the depositing device, wherein the means for the mounting comprise at least one installation means for the detachable fixation and additionally at least one coupling means for a temporary fixation of the printing head, wherein corresponding counter installation means and counter coupling means are provided on the printing head, characterized in that the coupling means are configured such that they allow a front-side insertion of the printing head in the opposite direction of gravity and that a printing head temporarily fixed to the coupling means is fixed such that the printing head which has not yet been fastened detachably by fixing means to the installation means does not detach itself from the preliminary mounting position simply by the gravitational force acting downwards onto it, but only can be detached from the coupling means by external forces.
Method at a seed drill or a planter for placing in the soil seeds, wherein each seed fed out is detected and its placement site in the soil is determined through the mentioned detection, and wherein fertiliser and/or at least one chemical compound is placed intermittently at an approximate predetermined distance from the specific placement site of each seed, characterised in that a mouth (51, 34) of at least one transport tube (23, 29) for said fertiliser and/or said at least one chemical compound is displaced at placement of the seeds in the soil with the aim of decreasing the speed of said mouth relative to the soil.
An image display system, comprising: a projector configured to project laser light; an image display element configured to display an image using the projected laser light; at least one actuator configured to vibrate the image display element; an audio generation module configured to generate a vibration signal. wherein the at least one actuator is configured to vibrate using the vibration signal, and a controller, characterized in that the controller is configured to: drive the audio generation module to generate the vibration signal having an audible frequency from an audio signal when the projector projects the laser light and a decibel value comprised in the audio signal is not smaller than a threshold value; and drive the audio generation module to generate the vibration signal having an ultrasonic frequency when the projector projects the laser light and the decibel value comprised in the audio signal is smaller than the threshold value. a projector configured to project laser light; an image display element configured to display an image using the projected laser light; at least one actuator configured to vibrate the image display element; an audio generation module configured to generate a vibration signal. wherein the at least one actuator is configured to vibrate using the vibration signal, and a controller, characterized in that the controller is configured to: drive the audio generation module to generate the vibration signal having an audible frequency from an audio signal when the projector projects the laser light and a decibel value comprised in the audio signal is not smaller than a threshold value; and drive the audio generation module to generate the vibration signal having an ultrasonic frequency when the projector projects the laser light and the decibel value comprised in the audio signal is smaller than the threshold value. drive the audio generation module to generate the vibration signal having an audible frequency from an audio signal when the projector projects the laser light and a decibel value comprised in the audio signal is not smaller than a threshold value; and drive the audio generation module to generate the vibration signal having an ultrasonic frequency when the projector projects the laser light and the decibel value comprised in the audio signal is smaller than the threshold value.
Pneumatic valve assembly (10, 85, 86) for a trailer vehicle having a reservoir, emergency brake device and spring-loaded brakes, comprising the following features: a) a supply port for connection to a compressed-air supply fed by a towing vehicle, b) a reservoir port for connection to the reservoir, c) an emergency brake pressure port for connection to the emergency brake device, d) a spring-loaded pressure port for connection to the spring-loaded brakes, e) a vent port, f) a check valve (42, 84) between the reservoir port and the spring-loaded pressure port, having a blocking effect for holding a pressure in the spring-loaded brakes, characterized in that the blocking effect of the check valve (42, 84) can be terminated, it being possible for the blocking effect of the check valve (42, 84) to be terminated independently of at least one of the following criteria: - switching state of the emergency brake device, - pressure at the emergency brake pressure port. a) a supply port for connection to a compressed-air supply fed by a towing vehicle, b) a reservoir port for connection to the reservoir, c) an emergency brake pressure port for connection to the emergency brake device, d) a spring-loaded pressure port for connection to the spring-loaded brakes, e) a vent port, f) a check valve (42, 84) between the reservoir port and the spring-loaded pressure port, having a blocking effect for holding a pressure in the spring-loaded brakes, - switching state of the emergency brake device, - pressure at the emergency brake pressure port.
A fuel electrode doubling as a support of a solid oxide fuel cell, comprising: a three-dimensional network structure formed of oxide coarse particles with an average particle diameter of 30 to 90 μm and a first sol containing first oxide fine particles with an average particle diameter of 0.1 μm or smaller dispersed therein, where the oxide coarse particles are connected to one another via an aggregate of the first oxide fine particles; electrode particles having a function as an electrode catalyst dispersed in gaps of the three-dimensional network structure; and an aggregate of second oxide fine particles that is formed of a second sol containing the second oxide fine particles with an average particle diameter of 0.1 μm or smaller dispersed therein and connects the electrode particles to a surface in the gap of the three-dimensional network structure, wherein the oxide coarse particles are connected to one another without the electrode particles. a three-dimensional network structure formed of oxide coarse particles with an average particle diameter of 30 to 90 μm and a first sol containing first oxide fine particles with an average particle diameter of 0.1 μm or smaller dispersed therein, where the oxide coarse particles are connected to one another via an aggregate of the first oxide fine particles; electrode particles having a function as an electrode catalyst dispersed in gaps of the three-dimensional network structure; and an aggregate of second oxide fine particles that is formed of a second sol containing the second oxide fine particles with an average particle diameter of 0.1 μm or smaller dispersed therein and connects the electrode particles to a surface in the gap of the three-dimensional network structure, wherein the oxide coarse particles are connected to one another without the electrode particles.
A signal sending method performed in a first communication apparatus, comprising: determining, a frequency position of a synchronization signal/physical broadcast channel block, SSB; and sending, the SSB at the frequency position to a terminal device, wherein the frequency position is (Nx600+k) kilohertz, N is a positive integer, and k is equal to 50 or 250. determining, a frequency position of a synchronization signal/physical broadcast channel block, SSB; and sending, the SSB at the frequency position to a terminal device, wherein the frequency position is (Nx600+k) kilohertz, N is a positive integer, and k is equal to 50 or 250.
A method of operating a gas turbine engine comprising: driving a gear reduction using a fan drive turbine, said gear reduction for driving a fan rotor; supplying oil to said gear reduction using a lubrication system, with an oil tank, the lubrication system including a lubricant pump; and supplying a mixture of air and oil to an inlet of a deaerator (88, 188), said deaerator (88, 188) including a separator for separating oil, and delivering separated air to an air outlet, and delivering separated oil back into an oil tank; characterised in that: said separator includes a member having lubricant flow paths (202, 204) on both of two opposed sides; an inlet velocity to the deaerator (88, 188) is less than or equal to 14 feet /second (4.27 m/s), and an exit velocity from the deaerator (88, 188) of the separated air is less than or equal to 14 feet/second (4.27 m/s); said gear reduction includes a sun gear for driving intermediate gears and oil baffles are located circumferentially between said intermediate gears; an oil capture gutter surrounds said gear reduction; and a dwell time of oil in the oil tank as removed by said lubricant pump, on average, is five seconds or less. driving a gear reduction using a fan drive turbine, said gear reduction for driving a fan rotor; supplying oil to said gear reduction using a lubrication system, with an oil tank, the lubrication system including a lubricant pump; and supplying a mixture of air and oil to an inlet of a deaerator (88, 188), said deaerator (88, 188) including a separator for separating oil, and delivering separated air to an air outlet, and delivering separated oil back into an oil tank; said separator includes a member having lubricant flow paths (202, 204) on both of two opposed sides; an inlet velocity to the deaerator (88, 188) is less than or equal to 14 feet /second (4.27 m/s), and an exit velocity from the deaerator (88, 188) of the separated air is less than or equal to 14 feet/second (4.27 m/s); said gear reduction includes a sun gear for driving intermediate gears and oil baffles are located circumferentially between said intermediate gears; an oil capture gutter surrounds said gear reduction; and a dwell time of oil in the oil tank as removed by said lubricant pump, on average, is five seconds or less.
Household device having an operating device which has a gesture detection device with which at least one operation setting of the household device can be set by gesture control, wherein the operating device has a gesture distinguishing unit which is designed to acquire information for distinguishing a gesture for setting an operation setting from a gesture not performed for the operation setting, and the operating device comprises an evaluation unit which as a function of the information from at least the gesture distinguishing unit is designed to distinguish a gesture for setting an operation setting from a gesture not performed for the operation setting, characterised in that - the gesture detection device has at least one optical transmitter and an optical proximity sensor, wherein the optical transmitter emits infrared beams in a detection range of the gesture detection device designed for gesture detection and a position and/or orientation and/or movement sequence of a body part is detected via the proximity sensor and a gesture is then detected therefrom; - the gesture distinguishing unit has at least one brightness detection unit with at least one brightness sensor, wherein the brightness sensor is provided immediately adjacent to the proximity sensor and with which the brightness can be detected in the detection range of the gesture detection device designed for gesture detection, and as a function of a comparison of the brightness with a brightness threshold value and/or a change in brightness with a brightness change threshold value the information regarding whether a gesture intended for the operation setting is present is acquired; wherein the brightness threshold value is the brightness when the brightness detection unit is covered and/or the brightness change threshold value is the change in brightness during a wiping movement with a cleaning element over the gesture distinguishing unit. - the gesture detection device has at least one optical transmitter and an optical proximity sensor, wherein the optical transmitter emits infrared beams in a detection range of the gesture detection device designed for gesture detection and a position and/or orientation and/or movement sequence of a body part is detected via the proximity sensor and a gesture is then detected therefrom; - the gesture distinguishing unit has at least one brightness detection unit with at least one brightness sensor, wherein the brightness sensor is provided immediately adjacent to the proximity sensor and with which the brightness can be detected in the detection range of the gesture detection device designed for gesture detection, and as a function of a comparison of the brightness with a brightness threshold value and/or a change in brightness with a brightness change threshold value the information regarding whether a gesture intended for the operation setting is present is acquired; wherein the brightness threshold value is the brightness when the brightness detection unit is covered and/or the brightness change threshold value is the change in brightness during a wiping movement with a cleaning element over the gesture distinguishing unit.
A method of operating a ventilation system, comprising: taking readings of humidity level at intervals in time; characterised by monitoring the number of consecutive rises in humidity level; and selectively increasing the ventilation rate of said system based on said number of consecutive rises. taking readings of humidity level at intervals in time; characterised by monitoring the number of consecutive rises in humidity level; and selectively increasing the ventilation rate of said system based on said number of consecutive rises.
An ablation apparatus, comprising: a flexible probe adapted for insertion into a heart of a living subject and having a distally disposed ablation electrode to be brought into contact with a target tissue in the heart, wherein the probe is operative for making a measurement of a contact force between the probe and the target tissue; a power source, controlled by an operator, and operative to apply a dosage of energy via the ablation electrode to the target tissue to ablate the target tissue; a transmitter, operative to transmit an indication of the measurement of the contact force; and characterized by a wearable device (43, 57, 79, 107, 121, 131, 139) having a receiver (45, 141) for receiving signals from the transmitter and an actuator (53, 67, 83) operative to haptically stimulate the operator responsively to the signals. a flexible probe adapted for insertion into a heart of a living subject and having a distally disposed ablation electrode to be brought into contact with a target tissue in the heart, wherein the probe is operative for making a measurement of a contact force between the probe and the target tissue; a power source, controlled by an operator, and operative to apply a dosage of energy via the ablation electrode to the target tissue to ablate the target tissue; a transmitter, operative to transmit an indication of the measurement of the contact force; and characterized by a wearable device (43, 57, 79, 107, 121, 131, 139) having a receiver (45, 141) for receiving signals from the transmitter and an actuator (53, 67, 83) operative to haptically stimulate the operator responsively to the signals.
A process for producing a granular homogenous composite fertilizer composition comprising a nitrogen source in combination with at least one of a phosphorous source, a potassium source, a secondary nutrient source, a micronutrient source and mixtures thereof, the process comprising: providing a liquid reaction mixture consisting of urea and formaldehyde source in a urea to formaldehyde molar ratio of from 1.2 to 3.5; introducing the liquid reaction mixture into an agitating device along with an essentially dry substrate material selected from a phosphorous source, a potassium source, a secondary nutrient source, a micronutrient source and mixtures thereof, and applying the liquid reaction mixture to the dry substrate material; and reacting the liquid reaction mixture in situ to form methylene urea reaction products which promote binding of the substrate material into a granular composite while simultaneously granulating the substrate material, as the liquid reaction mixture reacts so as to form said granular homogenous composite fertilizer composition, wherein the in situ reaction of the liquid reaction mixture is acid catalysed. providing a liquid reaction mixture consisting of urea and formaldehyde source in a urea to formaldehyde molar ratio of from 1.2 to 3.5; introducing the liquid reaction mixture into an agitating device along with an essentially dry substrate material selected from a phosphorous source, a potassium source, a secondary nutrient source, a micronutrient source and mixtures thereof, and applying the liquid reaction mixture to the dry substrate material; and reacting the liquid reaction mixture in situ to form methylene urea reaction products which promote binding of the substrate material into a granular composite while simultaneously granulating the substrate material, as the liquid reaction mixture reacts so as to form said granular homogenous composite fertilizer composition, wherein the in situ reaction of the liquid reaction mixture is acid catalysed.