mhurhangee/patent-ind-claim-en huggingface dataset:
A sensing device that detects an object existing in a blind spot in a surrounding environment of a moving body , the sensing device comprising: a detection unit that radiates a physical signal from the moving body to the surrounding environment and detects a reflected signal of the radiated physical signal; a distance measuring unit that detects distance information indicating a distance from the moving body to the surrounding environment; and a control unit that analyzes a detection result made by the detection unit , wherein the control unit : detects a blind spot region (R1) indicating a blind spot in the surrounding environment and then detects another moving body traveling toward the detected blind spot region (R1) in front of the moving body based on the distance information, and detects an object in the blind spot region (R1) based on the reflected signal reflected by the other moving body in a detection result of the detection unit . a detection unit that radiates a physical signal from the moving body to the surrounding environment and detects a reflected signal of the radiated physical signal; a distance measuring unit that detects distance information indicating a distance from the moving body to the surrounding environment; and a control unit that analyzes a detection result made by the detection unit , wherein the control unit : detects a blind spot region (R1) indicating a blind spot in the surrounding environment and then detects another moving body traveling toward the detected blind spot region (R1) in front of the moving body based on the distance information, and detects an object in the blind spot region (R1) based on the reflected signal reflected by the other moving body in a detection result of the detection unit . detects a blind spot region (R1) indicating a blind spot in the surrounding environment and then detects another moving body traveling toward the detected blind spot region (R1) in front of the moving body based on the distance information, and detects an object in the blind spot region (R1) based on the reflected signal reflected by the other moving body in a detection result of the detection unit .
A Quantum Dot display screen for a trim panel of a motor vehicle , the display screen comprising: a first layer comprising a formable polymer substrate; wherein the display screen is configured to be formed onto the trim panel of the vehicle such that the display screen follows the visible contours of the trim panel, the display screen at least partially covering the trim panel, characterised in that the display screen further comprises: a second layer comprising an electric circuit , wherein the second layer is formed onto the first layer ; and a third layer comprising a plurality of quantum dots configured to emit light, the electric circuit configured to control the emission of light from the quantum dots; wherein one or more of the quantum dots are configured to absorb light and generate a voltage across the one or more quantum dots. a second layer comprising an electric circuit , wherein the second layer is formed onto the first layer ; and a third layer comprising a plurality of quantum dots configured to emit light, the electric circuit configured to control the emission of light from the quantum dots;
A hydrocarbon conversion catalyst composition which comprises zeolite particles wherein the zeolite is selected from one or more of members of the ZSM-48 family, EU-2, ZBM-30 and EU-11, and further comprising refractory oxide binder containing at most 2 wt% of alumina, based on dry weight, in which the average aluminium concentration of the zeolite particles as measured by X-ray fluorescence is at least 2 times the aluminium concentration at the surface of the particles as measured by X-ray photoelectron spectroscopy (XPS) and in which the zeolite has a silica to alumina molar ratio of at least 100 and at most 210.
Multi-directional wave attenuator device comprising a square grid of inverted pendulums (PR, PR 1 , PR 2 , PR 3 , PR 4 ...) immersed in a fluid or liquid (LQ), wherein each inverted pendulum (PR, PR 1 , PR 2 , PR 3 , PR 4 ...) of the grid ends into a spherical mass (M) having a radius (R) and is anchored to the seabed (F) through a retaining system (C) at a depth (L), wherein the spherical mass (M) has a lower density than the fluid or liquid (LQ), so that the retaining system (C) is constantly under tension, and wherein said inverted pendulums (PR, PR 1 , PR 2 , PR 3 , PR 4 ...) are arranged to form said grid so as to create a resonance phenomenon that will damp said waves, and the distances between the pendulums (a) correspond to one fourth of the most likely wavelength of the waves in the area where said pendulums are positioned (λ/4), characterised in that said mass (M), said radius (R) and said depth (L) of said inverted pendulums are selected in such a way that the natural oscillation frequency (FREQ) of the pendulum corresponds to the frequency of said waves (FREQonde), and in that the natural oscillation frequency (FREQ) of the spherical mass (M) can be varied by changing the mean density of the spherical mass (M).
A data transfer method in a pedalling sensor , comprising: receiving pre-processed measurement data in a processing circuitry of the pedalling sensor from a measurement circuitry of the pedalling sensor; receiving a radio signal including a configuration data frame , the configuration data frame comprising configuration information applied when processing pedalling data ; acquiring the pedalling data in the processing circuitry from the pre-processed measurement data by applying the configuration information, wherein the pedalling data characterizes pedalling quantity measured from a force transmission system of a bicycle; forming in the processing circuitry a transmission data frame comprising a first information element including at least a portion of the pedalling data; and outputting in the processing circuitry the transmission data frame for wireless transmission. receiving pre-processed measurement data in a processing circuitry of the pedalling sensor from a measurement circuitry of the pedalling sensor; receiving a radio signal including a configuration data frame , the configuration data frame comprising configuration information applied when processing pedalling data ; acquiring the pedalling data in the processing circuitry from the pre-processed measurement data by applying the configuration information, wherein the pedalling data characterizes pedalling quantity measured from a force transmission system of a bicycle; forming in the processing circuitry a transmission data frame comprising a first information element including at least a portion of the pedalling data; and outputting in the processing circuitry the transmission data frame for wireless transmission.
Food basket which is designed for casting by means of a fishing rod, wherein the food basket is penetrated by a plurality of food passage recesses , wherein the food basket is made of water-resistant material and has two mounting recesses which are both formed as passage recesses, characterized in that the material has a pore structure.
An antenna apparatus, comprising: a hollow pillar shaped waveguide extending in a first direction (D1); and at least one ridge protruding from an inner circumferential surface of the waveguide and extending in the first direction (D1) along the inner circumferential surface of the waveguide , wherein the ridge has at least one recessed groove formed in the first direction (D1), wherein the antenna apparatus further comprises an iris structure protruding from the inner circumferential surface of the waveguide along a plane intersecting the first direction (D1), and wherein a length of the iris structure in a radial direction of the waveguide is less than a length of the ridge in the radial direction. a hollow pillar shaped waveguide extending in a first direction (D1); and at least one ridge protruding from an inner circumferential surface of the waveguide and extending in the first direction (D1) along the inner circumferential surface of the waveguide , wherein the ridge has at least one recessed groove formed in the first direction (D1), wherein the antenna apparatus further comprises an iris structure protruding from the inner circumferential surface of the waveguide along a plane intersecting the first direction (D1), and wherein a length of the iris structure in a radial direction of the waveguide is less than a length of the ridge in the radial direction.
A mobile robot apparatus comprising: A body ; a first wheel and a second wheel disposed respectively at opposite side surfaces of the body; a first drive device configured to provide driving force to each of the first and second wheels; a second drive device configured to move the body in a vertical direction based on a center axis of the first and second wheels; and a processor configured to control the second drive device for the body to move by contacting with a surface, or move spaced apart from the surface wherein the second drive device comprises, a rack disposed in at least one from among the first and second wheels, and a pinion disposed in the body to engage with the rack. A body ; a first wheel and a second wheel disposed respectively at opposite side surfaces of the body; a first drive device configured to provide driving force to each of the first and second wheels; a second drive device configured to move the body in a vertical direction based on a center axis of the first and second wheels; and a processor configured to control the second drive device for the body to move by contacting with a surface, or move spaced apart from the surface wherein the second drive device comprises, a rack disposed in at least one from among the first and second wheels, and a pinion disposed in the body to engage with the rack.
A method for controlling electronic image stabilization of a video frame in a camera system, the method comprising: capturing a video stream comprising a plurality of frames; determining an availability of a computational resource for performing electronic image stabilization on one or more frames; receiving data from a gyroscope, the gyroscope connected to an imaging device, wherein the data from the gyroscope includes sensed motion of the imaging device; determining a baseline motion frequency threshold based on the availability of the computational resource, the motion frequency threshold being set to a relatively high threshold value or a relatively low threshold value depending on the current computational resource load of the camera system and the frame rate of the video stream; estimating a motion frequency of the imaging device during capture of the video stream from the data received from the gyroscope; comparing the estimated motion frequency of the imaging device to the determined motion frequency threshold; performing, in response to the estimated motion frequency meeting a first criteria based on the baseline motion frequency threshold, electronic image stabilization on the one or more frames of the video; and disabling, in response to the estimated motion frequency meeting a second criteria based on the baseline motion frequency threshold, performing electronic image stabilization on the one or more frames of the video. capturing a video stream comprising a plurality of frames; determining an availability of a computational resource for performing electronic image stabilization on one or more frames; receiving data from a gyroscope, the gyroscope connected to an imaging device, wherein the data from the gyroscope includes sensed motion of the imaging device; determining a baseline motion frequency threshold based on the availability of the computational resource, the motion frequency threshold being set to a relatively high threshold value or a relatively low threshold value depending on the current computational resource load of the camera system and the frame rate of the video stream; estimating a motion frequency of the imaging device during capture of the video stream from the data received from the gyroscope; comparing the estimated motion frequency of the imaging device to the determined motion frequency threshold; performing, in response to the estimated motion frequency meeting a first criteria based on the baseline motion frequency threshold, electronic image stabilization on the one or more frames of the video; and disabling, in response to the estimated motion frequency meeting a second criteria based on the baseline motion frequency threshold, performing electronic image stabilization on the one or more frames of the video.
A real-time optical gas imaging system comprising: an infrared camera module configured to capture infrared radiation and generate infrared images of a target scene comprising infrared image data ; a memory for storing one or more infrared images; a display ; one or more processors configured to create a filtered background image by combining infrared image data from a first plurality of infrared images, captured over time by the infrared camera module, using a first filtering process, the first filtering process including a first filtering parameter; create a filtered foreground image by combining infrared image data from a second plurality of infrared images, captured over time by the infrared camera module, using a second filtering process, the second filtering process including a second filtering parameter; create optical gas image data by comparing the filtered background image and the filtered foreground image; generate a display image including the optical gas image data for presentation on the display; characterized in that the one or more processors are further configured to detect a change in the received infrared image data, wherein detecting the change in the received image data comprises detecting motion of the infrared camera module; in response to the motion of the infrared camera module exceeding a threshold, adjust the first filtering parameter or the second filtering parameter. an infrared camera module configured to capture infrared radiation and generate infrared images of a target scene comprising infrared image data ; a memory for storing one or more infrared images; a display ; one or more processors configured to create a filtered background image by combining infrared image data from a first plurality of infrared images, captured over time by the infrared camera module, using a first filtering process, the first filtering process including a first filtering parameter; create a filtered foreground image by combining infrared image data from a second plurality of infrared images, captured over time by the infrared camera module, using a second filtering process, the second filtering process including a second filtering parameter; create optical gas image data by comparing the filtered background image and the filtered foreground image; generate a display image including the optical gas image data for presentation on the display; characterized in that the one or more processors are further configured to detect a change in the received infrared image data, wherein detecting the change in the received image data comprises detecting motion of the infrared camera module; in response to the motion of the infrared camera module exceeding a threshold, adjust the first filtering parameter or the second filtering parameter.
An electric work machine comprising: a motor ; a manipulator configured to be on-operated or off-operated by a user of the electric work machine ; a first switch (27; 211) configured to be turned on or off in response to the manipulator being on-operated or off-operated; a second switch (28; 212a) configured to be turned on or off in response to the manipulator being on-operated or off-operated; and a control circuit configured to execute a motor control process in accordance with a computer program, the control circuit being configured to receive first switch information (ST1) from the first switch (27; 211) and second switch information (ST2) from the second switch (28; 212a), the first switch information (ST1) indicating a state of the first switch (27; 211), the second switch information (ST2) indicating a state of the second switch (28; 212a), and the motor control process including outputting a drive command (SD) for driving the motor in response to the first switch information (ST1) and the second switch information (ST2) indicating that the manipulator is on-operated, characterized in that when (i) a failure occurs to the first switch (27; 211) and (ii) the first switch information (ST1) indicates the on-operation of the manipulator although the manipulator is off-operated, the drive command (SD) is not outputted if the second switch information (ST2) indicates the off-operation of the manipulator . a motor ; a manipulator configured to be on-operated or off-operated by a user of the electric work machine ; a first switch (27; 211) configured to be turned on or off in response to the manipulator being on-operated or off-operated; a second switch (28; 212a) configured to be turned on or off in response to the manipulator being on-operated or off-operated; and a control circuit configured to execute a motor control process in accordance with a computer program, the control circuit being configured to receive first switch information (ST1) from the first switch (27; 211) and second switch information (ST2) from the second switch (28; 212a), the first switch information (ST1) indicating a state of the first switch (27; 211), the second switch information (ST2) indicating a state of the second switch (28; 212a), and the motor control process including outputting a drive command (SD) for driving the motor in response to the first switch information (ST1) and the second switch information (ST2) indicating that the manipulator is on-operated, characterized in that when (i) a failure occurs to the first switch (27; 211) and (ii) the first switch information (ST1) indicates the on-operation of the manipulator although the manipulator is off-operated, the drive command (SD) is not outputted if the second switch information (ST2) indicates the off-operation of the manipulator .
A heterocyclic compound represented by one of the compounds selected from compounds represented in the following Compound Group 1:
Sealing station for sealing packaging units , said sealing station comprising a lower tool with at least one receptacle for a packaging unit and an upper tool , where said lower tool and said upper tool are arranged to be movable relative to one another, where said sealing station comprises an edge extractor with at least one extraction opening for subjecting the interior of said packaging unit to a vacuum and/or a gas and where said lower tool comprises a lifting element for lifting a film cover of said packaging unit , where said lower tool comprises a sealing element at a distance from the center (M) of said receptacle and said upper tool comprises a counter-pressure element which can be made to contact said sealing element for sealing an interior of said packaging unit from the exterior, and where said extraction opening is arranged at a distance from the center of said receptacle which is shorter than the distance of said sealing element from the center, and where said lifting element is arranged at a distance from the center of said receptacle which is shorter than the distance of said sealing element from the center; characterized in that said lower tool comprises an inner sealing element which is arranged at a distance from the center of said receptacle which is shorter than the distance of said extraction opening and the distance of said lifting element from the center of said receptacle.
A suspension arrangement (S1; S2) for a tracked vehicle , said suspension arrangement comprising a road wheel arm having a wheel axle portion configured to support a wheel of the vehicle and a pivot axle portion , the road wheel arm being pivotably journalled at said pivot axle portion to a housing configured to be fixed to the vehicle body , a torsion bar being connected to the pivot axle portion , a torsion tube being arranged to be connected to the vehicle body , said torsion bar running through the torsion tube and being arranged to be connected to the torsion tube , characterized in that the modulus of elasticity of the torsion tube material is lower than the modulus of elasticity of the torsion bar material so as to increase the maximum suspension travel.
Device for reducing the retraction of the edges of an opened fascia of a patient having an open soft-tissue defect, the device having a holding element , which can be fixed with respect to a patient at a first distance from the patient , and an attachment element which has a plurality of attachment points configured for the attachment of tensioning means , which are connectable to an edge of the fascia , the attachment element being connected to the holding element so as to be arranged at a second distance from the patient which is less than the first distance, the device having a tensile force gauge for measuring the tensile force transmitted via a tensile force transmission element , characterized in that the attachment element is connected to the holding element via exactly one tensile force transmission element.
A variable vane assembly for a gas turbine engine , comprising: a plurality of vanes arranged into a plurality of stages , each one of the plurality of vanes being configured for rotation about an axis through movement of a vane arm secured to each one of the plurality of vanes at one end and a sync ring of each one of the plurality of stages at another end; and characterized by a plurality of bell cranks operably coupling the sync ring of each one of the plurality of stages to a self-retained linkage via a stud of each one of the plurality of bell cranks, the stud of each one of the plurality of bell cranks being rotatably received in a corresponding opening of the self-retained linkage in an alternating fashion such that only a single shear interface is provided between each one of the plurality of bell cranks and the self-retained linkage. a plurality of vanes arranged into a plurality of stages , each one of the plurality of vanes being configured for rotation about an axis through movement of a vane arm secured to each one of the plurality of vanes at one end and a sync ring of each one of the plurality of stages at another end; and characterized by a plurality of bell cranks operably coupling the sync ring of each one of the plurality of stages to a self-retained linkage via a stud of each one of the plurality of bell cranks, the stud of each one of the plurality of bell cranks being rotatably received in a corresponding opening of the self-retained linkage in an alternating fashion such that only a single shear interface is provided between each one of the plurality of bell cranks and the self-retained linkage.