mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus configured to form an image corresponding to light emitted from a light source , the image forming apparatus comprising: an image processing unit configured to generate image data having a first resolution and tag information indicating whether to perform image processing, the tag information being associated with each of pixels of the image data having the first resolution; a converter configured to convert the image data having the first resolution to image data having a second resolution higher than the first resolution; a light source driver configured to drive the light source using a modulation signal corresponding to the image data having the second resolution; an identifying unit configured to identify a target pixel to be subjected to image processing in the image data having the first resolution on a basis of the tag information, the density of a pixel of interest and the density of the pixels around the pixel of interest and according to a determination condition stored in a condition storage ; and a pattern generator configured to generate an image-processed pixel pattern having the second resolution according to the target pixel, wherein the converter is configured to convert the target pixel in the image data having the first resolution to the generated image-processed pixel pattern. an image processing unit configured to generate image data having a first resolution and tag information indicating whether to perform image processing, the tag information being associated with each of pixels of the image data having the first resolution; a converter configured to convert the image data having the first resolution to image data having a second resolution higher than the first resolution; a light source driver configured to drive the light source using a modulation signal corresponding to the image data having the second resolution; an identifying unit configured to identify a target pixel to be subjected to image processing in the image data having the first resolution on a basis of the tag information, the density of a pixel of interest and the density of the pixels around the pixel of interest and according to a determination condition stored in a condition storage ; and a pattern generator configured to generate an image-processed pixel pattern having the second resolution according to the target pixel, wherein the converter is configured to convert the target pixel in the image data having the first resolution to the generated image-processed pixel pattern.
A vibration sand shakeout apparatus for shaking out sand adhering to a workpiece (W) by vibration, the vibration sand shakeout apparatus comprising: a vibration table ; a vibrating motor provided on the vibration table and configured to apply vibration to the vibration table ; a workpiece rotation and grip part provided on the vibration table and configured to grip the workpiece (W) and rotate the workpiece (W) in a predetermined direction; and a rotation drive source provided on the vibration table and configured to rotate the workpiece (W) by the workpiece rotation and grip part , wherein the rotation drive source is a motor configured to rotate and drive a shaft part , and wherein the motor of the rotation drive source uses a vibrating motor without a balance weight to a shaft. a vibration table ; a vibrating motor provided on the vibration table and configured to apply vibration to the vibration table ; a workpiece rotation and grip part provided on the vibration table and configured to grip the workpiece (W) and rotate the workpiece (W) in a predetermined direction; and a rotation drive source provided on the vibration table and configured to rotate the workpiece (W) by the workpiece rotation and grip part , wherein the rotation drive source is a motor configured to rotate and drive a shaft part , and wherein the motor of the rotation drive source uses a vibrating motor without a balance weight to a shaft.
A method performed by a computer system, comprising: identifying an object of a heap-implemented state machine for an asynchronous function, the object of a set of objects; querying the object to determine a current state of the object to determine whether the state machine has completed; and if the state machine has not completed, examining the heap to determine if the object is rooted in a tree or graph of references maintained by a garbage collector; if the state machine has not completed and if the object is rooted, generating a virtual call stack via coalescing and de-duplicating a chain of the set of objects to a root of the rooted object, wherein coalescing and de-duplicating includes removing one or more chains subsumed by others, such that the longest chain remains, and removing one or more intermediate state machines from the virtual call stack; and present, by a diagnostic tool, the coalesced and de-duplicated chain as the virtual call stack. identifying an object of a heap-implemented state machine for an asynchronous function, the object of a set of objects; querying the object to determine a current state of the object to determine whether the state machine has completed; and if the state machine has not completed, examining the heap to determine if the object is rooted in a tree or graph of references maintained by a garbage collector; if the state machine has not completed and if the object is rooted, generating a virtual call stack via coalescing and de-duplicating a chain of the set of objects to a root of the rooted object, wherein coalescing and de-duplicating includes removing one or more chains subsumed by others, such that the longest chain remains, and removing one or more intermediate state machines from the virtual call stack; and present, by a diagnostic tool, the coalesced and de-duplicated chain as the virtual call stack.
A stiffening structure of an automotive door panel part comprising: a door panel part made of a metal sheet that is curved along a height direction, and an impact beam provided at a side of an inner surface of the door panel part , the stiffening structure of the automotive door panel part improves tensile rigidity of the door panel part by attaching a stiffening member made of resin to the inner surface of the door panel part , characterized in that in the door panel part , a character line is formed; the stiffening member includes vertical bone portions configured to extend, in a streak shape, from the impact beam to the character line along the curve of the door panel part , one end of the vertical bone portion is placed at the impact beam , and the other end is placed at the character line , and the vertical bone portions are provided at a predetermined interval in a front-rear direction of the door panel part , and are bonded to the inner surface of the door panel part , wherein the stiffening member further includes a horizontal bone portion configured to extend in a direction intersecting with the vertical bone portions , and wherein the stiffening member is a fiber-reinforced plastic having elastic modulus of 10 GPa or more. a door panel part made of a metal sheet that is curved along a height direction, and an impact beam provided at a side of an inner surface of the door panel part , the stiffening structure of the automotive door panel part improves tensile rigidity of the door panel part by attaching a stiffening member made of resin to the inner surface of the door panel part , characterized in that in the door panel part , a character line is formed; the stiffening member includes vertical bone portions configured to extend, in a streak shape, from the impact beam to the character line along the curve of the door panel part , one end of the vertical bone portion is placed at the impact beam , and the other end is placed at the character line , and the vertical bone portions are provided at a predetermined interval in a front-rear direction of the door panel part , and are bonded to the inner surface of the door panel part , wherein the stiffening member further includes a horizontal bone portion configured to extend in a direction intersecting with the vertical bone portions , and wherein the stiffening member is a fiber-reinforced plastic having elastic modulus of 10 GPa or more.
A method of wireless communications for a user equipment, UE, in a device-to-device, D2D, network with distributed synchronization, comprising: monitoring a beacon period, and a timing information block, TIB, period for one or more signals from one or more UEs in the D2D network, wherein the beacon period, a paging period, and the TIB period are included in a synchronization channel; detecting a beacon transmission during the beacon period and decoding timing information from at least one transmission in the TIB period; and transmitting a synchronization signal which includes information associated with a timing structure for the D2D network from the UE during a subsequent beacon period of the synchronization channel. monitoring a beacon period, and a timing information block, TIB, period for one or more signals from one or more UEs in the D2D network, wherein the beacon period, a paging period, and the TIB period are included in a synchronization channel; detecting a beacon transmission during the beacon period and decoding timing information from at least one transmission in the TIB period; and transmitting a synchronization signal which includes information associated with a timing structure for the D2D network from the UE during a subsequent beacon period of the synchronization channel.
A method performed in a traction system on board a railway vehicle , for suppressing the influence of a first periodic disturbance (d) upon a measured quantity (y) in said traction system on board said railway vehicle , wherein it is the influence of the first periodic disturbance (d), in the form of an AC component in an electric system of the traction system, upon the quantity (y) in said electric system that is to be suppressed, the method comprises the following steps: a) measuring said quantity (y), b) applying an adaptive algorithm (K) on the result of the measurement of said quantity (y) calculating a second periodic disturbance (u) which when applied to the system would make the total influence of said first and second periodic disturbances upon said quantity to a minimum, and c) applying said second periodic disturbance (u) to influence said quantity (y). a) measuring said quantity (y), b) applying an adaptive algorithm (K) on the result of the measurement of said quantity (y) calculating a second periodic disturbance (u) which when applied to the system would make the total influence of said first and second periodic disturbances upon said quantity to a minimum, and c) applying said second periodic disturbance (u) to influence said quantity (y).
A lighting system for providing a lighting scene in an environment occupied by a user comprising: a plurality of illumination sources ; and a controller comprising one or more control units arranged to provide control signals to the plurality of illumination sources in order to control the illumination sources to render the lighting scene; wherein the lighting system is characterised in that : each respective one of the illumination sources has a respective location sensor arranged to detect a respective location of the respective illumination source relative to at least one point defined independently of the lighting scene and at least one of the illumination sources further has respectively an orientation sensor arranged to detect an orientation of the at least one illumination source, a luminaire type sensor arranged to detect a luminaire type of the at least one illumination source, and/or a distance sensor arranged to detect a distance of an effect surface from the at least one illumination source; wherein the controller is arranged to determine an effect location of an illumination effect from the at least one of the illumination sources based on the respective detected location and respectively one of the detected orientation of the at least one illumination source, the detected luminaire type of the at least one illumination source and the detected distance of the effect surface from the at least one illumination source; and adapt the control signals based on the detected illumination source locations and the determined effect location for the at least one illumination source, thereby rendering the lighting scene relative to said at least one point. each respective one of the illumination sources has a respective location sensor arranged to detect a respective location of the respective illumination source relative to at least one point defined independently of the lighting scene and at least one of the illumination sources further has respectively an orientation sensor arranged to detect an orientation of the at least one illumination source, a luminaire type sensor arranged to detect a luminaire type of the at least one illumination source, and/or a distance sensor arranged to detect a distance of an effect surface from the at least one illumination source; wherein the controller is arranged to determine an effect location of an illumination effect from the at least one of the illumination sources based on the respective detected location and respectively one of the detected orientation of the at least one illumination source, the detected luminaire type of the at least one illumination source and the detected distance of the effect surface from the at least one illumination source; and adapt the control signals based on the detected illumination source locations and the determined effect location for the at least one illumination source, thereby rendering the lighting scene relative to said at least one point.
An impact resistant propeller system, said impact resistant propeller system comprising: a propeller , said propeller having a primary spin direction along a first spin axis to provide positive thrust, said propeller comprising: a central hub , said central hub comprising a first spin axis; a plurality of propeller blades , each of said plurality of propeller blades pivotally attached along a first pivot axis to said central hub , wherein each of said propeller blades comprises a pivot pin for hingedly attaching each propeller blade to said central hub , said pivot pin extending from a leading edge of said propeller blade and wherein said pivot pin comprises a first end at the leading edge of said propeller blade and a second end away from said leading edge of said propeller blade , and wherein said first end is forward of said second end along said first spin axis, wherein said first pivot axis of each of the plurality of propeller blades is angled to a plane normal to the first spin axis, characterised in that the first pivot axis is angled such that each of the propeller blades is configured to rotate counter to said primary spin direction, when pivoted backwards along said first spin axis. a central hub , said central hub comprising a first spin axis; a plurality of propeller blades , each of said plurality of propeller blades pivotally attached along a first pivot axis to said central hub , wherein each of said propeller blades comprises a pivot pin for hingedly attaching each propeller blade to said central hub , said pivot pin extending from a leading edge of said propeller blade and wherein said pivot pin comprises a first end at the leading edge of said propeller blade and a second end away from said leading edge of said propeller blade , and wherein said first end is forward of said second end along said first spin axis, wherein said first pivot axis of each of the plurality of propeller blades is angled to a plane normal to the first spin axis, characterised in that the first pivot axis is angled such that each of the propeller blades is configured to rotate counter to said primary spin direction, when pivoted backwards along said first spin axis.
A radial foil bearing comprising: a bearing housing that has an insertion hole into which a shaft is inserted; a back foil that is disposed on an inner peripheral surface of the insertion hole ; a top foil that is supported by the back foil ; and a protrusion portion that protrudes toward an inner side in a radial direction of the insertion hole from the inner peripheral surface of the insertion hole and that is configured to support the top foil , the back foil includes a first back foil and a second back foil , which are separated in an axial direction of the insertion hole ; and the first back foil and the second back foil face each other in the axial direction with the protrusion portion interposed therebetween; characterized in that : the protrusion portion includes a top wall portion that is positioned at the inner side in the radial direction from the inner peripheral surface of the insertion hole and that is flat along the circumferential direction at an axial position within a range of ± 5% from an axially middle position (P1) of the insertion hole . a bearing housing that has an insertion hole into which a shaft is inserted; a back foil that is disposed on an inner peripheral surface of the insertion hole ; a top foil that is supported by the back foil ; and a protrusion portion that protrudes toward an inner side in a radial direction of the insertion hole from the inner peripheral surface of the insertion hole and that is configured to support the top foil , the back foil includes a first back foil and a second back foil , which are separated in an axial direction of the insertion hole ; and the first back foil and the second back foil face each other in the axial direction with the protrusion portion interposed therebetween; characterized in that : the protrusion portion includes a top wall portion that is positioned at the inner side in the radial direction from the inner peripheral surface of the insertion hole and that is flat along the circumferential direction at an axial position within a range of ± 5% from an axially middle position (P1) of the insertion hole .
A cleaning device , intended to spray at least one fluid toward a surface to be cleaned of a motor vehicle, such as an optical surface of a sensor of an optical detection system, said cleaning device comprising at least one conveying body and a delivery manifold for one or more cleaning and/or drying fluids, and means for attaching a coupling portion of the delivery manifold to an end of the conveying body , characterized in that the attachment means comprise an elastic interlocking assembly and a foolproofing assembly formed respectively by elements borne by the conveying body and complementary elements borne by the delivery manifold .
A lubricant composition comprising: 5 to 35 wt. % of a synthetic ester base stock based on a total weight of the lubricant composition, wherein the synthetic ester base stock is a reaction product of a mixture comprising; one or more hindered organic polyols, and one or more carboxylic acids with a chain length of at least five carbons, wherein 100 mole% of the one or more carboxylic acids are branched; 55 to 90 wt. % of a highly paraffinic Fischer-Tropsch-derived base fluid based on the total weight of the lubricant composition; and a performance additive package comprising one or more additives selected from the group consisting of antioxidants, thermal stability improvers, corrosion inhibitors, metal deactivators, lubricity additives, viscosity index improvers, pour and/or floc point depressants, detergents, dispersants, antifoaming agents, anti-wear agents, and extreme pressure resistant additives wherein the performance additive comprises an antioxidant and wherein hindered organic polyol is further defined as an organic molecule containing at least five carbon atoms, at least two hydroxyl (--OH) groups, and no hydrogen atoms on any carbon atom directly attached to a carbon atom bearing an -OH group. 5 to 35 wt. % of a synthetic ester base stock based on a total weight of the lubricant composition, wherein the synthetic ester base stock is a reaction product of a mixture comprising; one or more hindered organic polyols, and one or more carboxylic acids with a chain length of at least five carbons, wherein 100 mole% of the one or more carboxylic acids are branched; one or more hindered organic polyols, and one or more carboxylic acids with a chain length of at least five carbons, wherein 100 mole% of the one or more carboxylic acids are branched; 55 to 90 wt. % of a highly paraffinic Fischer-Tropsch-derived base fluid based on the total weight of the lubricant composition; and a performance additive package comprising one or more additives selected from the group consisting of antioxidants, thermal stability improvers, corrosion inhibitors, metal deactivators, lubricity additives, viscosity index improvers, pour and/or floc point depressants, detergents, dispersants, antifoaming agents, anti-wear agents, and extreme pressure resistant additives wherein the performance additive comprises an antioxidant and wherein hindered organic polyol is further defined as an organic molecule containing at least five carbon atoms, at least two hydroxyl (--OH) groups, and no hydrogen atoms on any carbon atom directly attached to a carbon atom bearing an -OH group. wherein the performance additive comprises an antioxidant and wherein hindered organic polyol is further defined as an organic molecule containing at least five carbon atoms, at least two hydroxyl (--OH) groups, and no hydrogen atoms on any carbon atom directly attached to a carbon atom bearing an -OH group.
Material for collecting oil or oil products from the surface of water, which contains a natural polymer, characterized in that it additionally includes a biodegradable surface-active material in the form of an aqueous solution with a concentration at least 0.1 g/l, the natural polymer represents polysaccharide microgels of 20,000-200,000 Daltons and a particle size within 50-600 nm range in the form of an aqueous solution with concentration of at least 0.2 g/l, while the ratio between the polysaccharide microgels and the biodegradable surface-active material in the 12:1 to 2:1 range.