mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging apparatus comprising: a plurality of diodes comprising a first subset of diodes configured to capture image information representing a target scene, and a second subset of diodes configured to capture phase detection information representing the target scene; and a processor configured with instructions to partition the image information into a plurality of regions; obtain focus values for the different regions, determine a maximum blur of the most in-focus region based on a sharpness value, identify a bounding phase difference value corresponding to the maximum blur, generate at least first and second images based on the captured phase detection information, determine a phase difference value between the first and second images by comparing the images to one another , and calculate an autofocus adjustment based at least partly on the determined phase difference value and at least partly on a range defined by the bounding phase difference value. a plurality of diodes comprising a first subset of diodes configured to capture image information representing a target scene, and a second subset of diodes configured to capture phase detection information representing the target scene; and a first subset of diodes configured to capture image information representing a target scene, and a second subset of diodes configured to capture phase detection information representing the target scene; and a processor configured with instructions to partition the image information into a plurality of regions; obtain focus values for the different regions, determine a maximum blur of the most in-focus region based on a sharpness value, identify a bounding phase difference value corresponding to the maximum blur, generate at least first and second images based on the captured phase detection information, determine a phase difference value between the first and second images by comparing the images to one another , and calculate an autofocus adjustment based at least partly on the determined phase difference value and at least partly on a range defined by the bounding phase difference value. partition the image information into a plurality of regions; obtain focus values for the different regions, determine a maximum blur of the most in-focus region based on a sharpness value, identify a bounding phase difference value corresponding to the maximum blur, generate at least first and second images based on the captured phase detection information, determine a phase difference value between the first and second images by comparing the images to one another , and calculate an autofocus adjustment based at least partly on the determined phase difference value and at least partly on a range defined by the bounding phase difference value.
A system for fabricating a composite part on a tool , the system comprising: one or more Zone 1 component stations configured to place components on a first zone of the tool ; one or more Zone 1 preform stations configured to place preforms on the first zone of the tool ; one or more Zone 1 skin stations configured to place one or more skin layers on the first zone of the tool ; one or more Zone 2 component stations configured to place the components on a second zone of the tool ; one or more Zone 2 preform stations configured to place the preforms on the second zone of the tool ; and one or more Zone 2 skin stations configured to place the one or more skin layers on the second zone of the tool . one or more Zone 1 component stations configured to place components on a first zone of the tool ; one or more Zone 1 preform stations configured to place preforms on the first zone of the tool ; one or more Zone 1 skin stations configured to place one or more skin layers on the first zone of the tool ; one or more Zone 2 component stations configured to place the components on a second zone of the tool ; one or more Zone 2 preform stations configured to place the preforms on the second zone of the tool ; and one or more Zone 2 skin stations configured to place the one or more skin layers on the second zone of the tool .
Transverse segment for a drive belt with a carrier ring and with a number of such transverse segments that are slideably arranged on the carrier ring , which transverse segment is provided with two friction surfaces , where between the transverse segment extends in width direction, and with two main body surfaces , where between the transverse segment extends in thickness direction and whereof at least one main body surface is provide with a rocking edge that extends in width direction between the said friction surfaces and that defines a transition between an upper side of the transverse segment with a predominantly constant thickness and a lower side of the transverse segment with a thickness decreasing from the rocking edge towards a lowermost edge of the transverse segment , which transverse segment is further provided with two or more openings provided in the said lower side of the transverse segment piercing the full thickness thereof, characterized in that the openings are positioned at a mutual distance that is at least equal to the distance between the openings and the rocking edge and that is at most equal to two times this latter distance.
An exhaust gas filter for a reflow oven, comprising: a filter chamber , the filter chamber having a filter chamber top , the filter chamber top being provided with an air outlet , and the filter chamber having four sidewalls ; a filter element , the filter element being disposed inside the filter chamber and located below the air outlet ; a vapor chamber , the vapor chamber being disposed under the filter element and the vapor chamber comprising a top plate ; wherein, an upper transverse passage is formed between the top plate of the vapor chamber and the filter element , a gap is formed between one side of the top plate and one of the four sidewalls of the filter chamber, and the upper transverse passage is in fluid communication with the gap ; wherein, a filter chamber air inlet is provided on one sidewall of the filter chamber which forms the gap with the top plate , the filter chamber air inlet is used for introducing air; in the remaining three out of the four sidewalls of the filter chamber, one sidewall is provided with a filter chamber exhaust gas inlet , the filter chamber exhaust gas inlet is used for introducing exhaust gas; wherein, the air inlet and the exhaust gas inlet of the filter chamber are disposed in such a way that both air and the exhaust gas can enter the upper transverse passage through the gap . a filter chamber , the filter chamber having a filter chamber top , the filter chamber top being provided with an air outlet , and the filter chamber having four sidewalls ; a filter element , the filter element being disposed inside the filter chamber and located below the air outlet ; a vapor chamber , the vapor chamber being disposed under the filter element and the vapor chamber comprising a top plate ; wherein, an upper transverse passage is formed between the top plate of the vapor chamber and the filter element , a gap is formed between one side of the top plate and one of the four sidewalls of the filter chamber, and the upper transverse passage is in fluid communication with the gap ; wherein, a filter chamber air inlet is provided on one sidewall of the filter chamber which forms the gap with the top plate , the filter chamber air inlet is used for introducing air; in the remaining three out of the four sidewalls of the filter chamber, one sidewall is provided with a filter chamber exhaust gas inlet , the filter chamber exhaust gas inlet is used for introducing exhaust gas; wherein, the air inlet and the exhaust gas inlet of the filter chamber are disposed in such a way that both air and the exhaust gas can enter the upper transverse passage through the gap .
A system for distributing heat to multiple rooms from a boiler , wherein the system comprises a corresponding thermostat , corresponding at least one set of adjustable valve and valve controller for controlling the temperature of each room, wherein the opening gap of each adjustable valve is capable of varying from the minimum opening gap when the adjustable valve is fully closed to the maximum opening gap when the adjustable valve is fully opened with a plurality of different opening gaps between said minimum opening gap and said maximum opening gap, wherein the opening gap of each adjustable valve is capable of being controlled to stay in any one of said plurality of different opening gaps by its corresponding valve controller according to information comprising a temperature of each room detected by its corresponding thermostat and a set temperature of each room for distributing heat from the boiler to the rooms via the corresponding at least one set of adjustable valve and valve controller of the room, characterized in that for each room, in order to adjust the current room temperature to the set temperature of the room, the temperature difference between the current room temperature and the set temperature of the room is divided into multiple sections, wherein the multiple rooms respectively in each section gradually reaches a corresponding section targeted set temperature by adjusting its corresponding adjustable valves through valve controllers according to a respective pre-defined temperature changing rule associated with each section.
Handle for a hand-held power tool , with a handle portion which can be gripped by a user, with a fastening portion by means of which the handle can be fastened to the hand-held power tool , and with an overload protection device which, if a torque (DM) acting on the fastening portion exceeds a predetermined limit value, frees the handle portion in such a way that the handle portion pivots relative to the fastening portion , characterized in that , if the torque (DM) acting on the fastening portion exceeds the predetermined limit value, the overload protection device frees the handle portion in such a way that the handle portion pivots with respect to the fastening portion through 30° to 70°, preferably through 40° to 60°, more preferably through 45° to 55°, further preferably through 50°.
A heat treated coated glass for a solar reflector comprising: - a heat treated glass, and - an anti-soiling coating of TiO 2 over one side of the heat treated glass, said heat treated coated glass obtainable by a process comprising: • applying over one side of a glass substrate a sol-gel solution in liquid form obtained from the hydrolysis and condensation reactions between a precursor of TiO 2 and water, and • subjecting the glass thus coated to a heat treatment process by which the glass substrate is converted into a thermal heat strengthened or thermal tempered glass and concurrently the coating densifies and forms a solid anti-soiling coating of TiO 2 over one side of the glass. - a heat treated glass, and - an anti-soiling coating of TiO 2 over one side of the heat treated glass, • applying over one side of a glass substrate a sol-gel solution in liquid form obtained from the hydrolysis and condensation reactions between a precursor of TiO 2 and water, and • subjecting the glass thus coated to a heat treatment process by which the glass substrate is converted into a thermal heat strengthened or thermal tempered glass and concurrently the coating densifies and forms a solid anti-soiling coating of TiO 2 over one side of the glass.
Structure for a fuselage of an aircraft , said structure comprising: - a skin having an outer face and an inner face machined in the form of a grid-stiffened panel, - a plurality of frames , each frame taking the shape of the cross section of the fuselage and the frames being arranged one after the other along a longitudinal direction X of the fuselage , the outer perimeter of each frame being secured to the inner face of the skin , - a plurality of stringers (166a-e) extending parallel to the longitudinal direction X of the fuselage , each stringer (166a-e) extending across multiple frames , passing through these at an opening provided to that end in each frame , and each stringer (166a-e) being pressed against the inner face of the skin and secured thereto, and characterized in that said structure comprises - in the upper part and in the lower part of the fuselage , a torsion box which extends parallel to the longitudinal direction X of the fuselage , each torsion box comprising a horizontal plate and tabs which secure the plate to the inner face of the skin . - a skin having an outer face and an inner face machined in the form of a grid-stiffened panel, - a plurality of frames , each frame taking the shape of the cross section of the fuselage and the frames being arranged one after the other along a longitudinal direction X of the fuselage , the outer perimeter of each frame being secured to the inner face of the skin , - a plurality of stringers (166a-e) extending parallel to the longitudinal direction X of the fuselage , each stringer (166a-e) extending across multiple frames , passing through these at an opening provided to that end in each frame , and each stringer (166a-e) being pressed against the inner face of the skin and secured thereto, and characterized in that said structure comprises - in the upper part and in the lower part of the fuselage , a torsion box which extends parallel to the longitudinal direction X of the fuselage , each torsion box comprising a horizontal plate and tabs which secure the plate to the inner face of the skin .
A method for controlling an unmanned aerial vehicle (UAV), comprising: - determining whether a distance between the UAV and a controller of the UAV goes beyond a predetermined distance; - detecting whether a link for sending data detected by an external system of the UAV to the controller is normal, the external system being configured to detect a flying environment of the UAV; and - controlling the UAV to enter into a return protection mode, the method being characterized in that controlling the UAV to enter into the return protection mode is performed when the distance between the UAV and the controller goes beyond the predetermined distance and the link for sending data detected from the external system to the controller is abnormal. - determining whether a distance between the UAV and a controller of the UAV goes beyond a predetermined distance; - detecting whether a link for sending data detected by an external system of the UAV to the controller is normal, the external system being configured to detect a flying environment of the UAV; and - controlling the UAV to enter into a return protection mode, the method being characterized in that controlling the UAV to enter into the return protection mode is performed when the distance between the UAV and the controller goes beyond the predetermined distance and the link for sending data detected from the external system to the controller is abnormal.
Method for distorting the frequency of an input signal (E k ) that is present as an audio signal, - in which the input signal (E k is divided into a low-frequency signal component (LF) and a high-frequency signal component (HF), wherein these two signal components (LF, HF) adjoin one another at a cut-off frequency (f g ), - in which the high-frequency signal component (HF) is frequency-distorted, and - in which the low-frequency signal component (LF) and the frequency-distorted high-frequency signal component (HF) are overlaid to form an output signal (A), characterized in that an associated gain factor is modified, at least for an edge region (R H , R L ), containing the cut-off frequency (f g ), of the high-frequency signal component (HF) and/or of the low-frequency signal component (LF), such that a level difference (ΔL) between a signal level (L 1 ) of the low-frequency signal component (LF) and a signal level (L 2 ) of the frequency-distorted high-frequency signal component (HF) is increased. - in which the input signal (E k is divided into a low-frequency signal component (LF) and a high-frequency signal component (HF), wherein these two signal components (LF, HF) adjoin one another at a cut-off frequency (f g ), - in which the high-frequency signal component (HF) is frequency-distorted, and - in which the low-frequency signal component (LF) and the frequency-distorted high-frequency signal component (HF) are overlaid to form an output signal (A),
An angular ball bearing comprising: an inner ring ; an outer ring ; a plurality of rolling elements interposed between the inner ring and the outer ring ; and a retainer configured to retain the plurality of rolling elements , the outer ring having an inner peripheral surface formed with a grease pocket recessed outward in a radial direction, wherein the outer ring is provided with the grease pocket only on a part of the inner peripheral surface on a side opposite from a contact surface side, the part being adjacent to a raceway surface of the outer ring , and the grease pocket includes a flat part extending from the raceway surface of the outer ring and an inclined part extending from the flat part and gradually inclined inward in the radial direction toward an outside in an axial direction, and the retainer is formed with pockets configured to retain the rolling elements at a plurality of positions in a circumferential direction, and the retainer has an outer peripheral surface formed with a grease receiving recess which is recessed inward in the radial direction and extends in the circumferential direction in a region including the pockets , and the grease receiving recess includes the side edge portion opposite from the contact surface side located at an axial position corresponding to or outward from an axial position of the side edge portion opposite from the contact surface side of the inclined part in the grease pocket . the outer ring is provided with the grease pocket only on a part of the inner peripheral surface on a side opposite from a contact surface side, the part being adjacent to a raceway surface of the outer ring , and the grease pocket includes a flat part extending from the raceway surface of the outer ring and an inclined part extending from the flat part and gradually inclined inward in the radial direction toward an outside in an axial direction, and the retainer is formed with pockets configured to retain the rolling elements at a plurality of positions in a circumferential direction, and the retainer has an outer peripheral surface formed with a grease receiving recess which is recessed inward in the radial direction and extends in the circumferential direction in a region including the pockets , and the grease receiving recess includes the side edge portion opposite from the contact surface side located at an axial position corresponding to or outward from an axial position of the side edge portion opposite from the contact surface side of the inclined part in the grease pocket .
Scroll compressor comprising a housing with a fixed stator with a fixed scroll ; a movable rotor in this housing with a movable scroll cooperating with the fixed scroll ; and a crankshaft that has a main shaft that is mounted on bearings in the housing and has a secondary shaft located eccentrically with respect to the geometric axis (X-X') of the main shaft that is mounted on bearings in the centre of the rotor through the intervention of a 'central bearing' ; means for preventing the rotation of the rotor around its centre in such a way that the rotation of the crankshaft imposes an orbiting motion on the rotor , whereby the rotor is provided with an oil chamber that is intended to be partly filled with oil such that upon the movement of the rotor a part of the oil is thrown upwards in order to lubricate the central bearing , characterised in that the oil chamber is at a radial distance (A) from the centre of the rotor and is connected to the central bearing by a narrower oil channel ; in that the scroll compressor further comprises a fan for blowing cooling air along the outside of the oil chamber ; and in that the oil channel connects to a connecting wall of the oil chamber whereby at the location of the connection an oil catcher is provided on one side of the oil channel that can catch at least a part of the oil which has been thrown up by the rotor and can channel it in the direction of the oil channel .
Valve apparatus with a valve housing , in which fluid connection points (P, A, T) are provided and in which at least one valve piston is longitudinally displaceable, said valve piston in each case connecting at least two of the fluid connection points (P, A, T) as a function of its displacement position either to one another or such that they can be separated from one another, and having at least one latching device for each valve piston for detachably fixing the respective valve piston in one of its displacement positions, which in each case comprises at least one latching means that can be moved into a latching position , wherein, as part of the respective latching device for detachably fixing the respective valve piston , at least one control body that can be moved independently of the respective valve piston is provided, said control body being arranged such that, in at least one blocking position, this prevents the respective latching means arranged in the latching position from leaving the latching position by blocking the latching means , characterised in that two valve pistons are provided, on the end faces of which, facing away from one other, a latching device for the respective adjacent valve piston and an actuating device are in each case arranged, the valve apparatus being arranged such that, when one actuating device is activated, this moves the latching device of its adjacent valve piston from its unlatched state into its latched state and the latching device of the other valve piston from its latched state into its unlatched state, and vice versa.