mhurhangee/patent-ind-claim-en huggingface dataset:
A display apparatus comprising: a display configured to display a pointing object ; a motor unit configured to rotate the display; and a communicator configured to communicate with an input device that controls a movement of a pointing object displayed on the display; and a processor configured to, in response to the object being in an edge area of the display, control the motor unit to cause the display to rotate in a direction that corresponds to the edge area of the display, and control the display to provide a first visual feedback that indicates the display is rotating, wherein the visual feedback is modifying a shape of the pointing object, wherein the processor initializes driving of the motor unit in response to the pointing object being located in an area located at a distance greater than or equal to a preset first distance and shorter than a preset second distance from the edge area of the display . a display configured to display a pointing object ; a motor unit configured to rotate the display; and a communicator configured to communicate with an input device that controls a movement of a pointing object displayed on the display; and a processor configured to, in response to the object being in an edge area of the display, control the motor unit to cause the display to rotate in a direction that corresponds to the edge area of the display, and control the display to provide a first visual feedback that indicates the display is rotating, wherein the visual feedback is modifying a shape of the pointing object, wherein the processor initializes driving of the motor unit in response to the pointing object being located in an area located at a distance greater than or equal to a preset first distance and shorter than a preset second distance from the edge area of the display .
A lighting device , comprising a collimator for a color over position light source , the collimator comprising: a focal point (F); an optical axis (OA) containing the focal point (F); a color over position light source arranged on the focal point (F) of the collimator so that light from the light source is received by the collimator ; an imaging element arranged around or on the optical axis (OA), wherein the imaging element is configured to form at least one image of the light source; and several light spreading elements having a first set of light spreading elements and a second set of light spreading elements the first set of light spreading elements being located further from the optical axis (OA) and the light source than the second set of light spreading elements , arranged around the optical axis (OA) to receive said at least one image from the imaging element , characterized in that the imaging element generates a first image of the light source on the first set of light spreading elements and a second image of the light source on the second set of light spreading elements , said the first image is formed by light emitted from the light source at an angle smaller than θ 0 with respect to the optical axis, and a second image is formed by light emitted at an angle larger than θ 0 , and in that the light spreading elements have different light beam widening characteristics, the light beam widening characteristics of each light spreading element of said light spreading elements depending on the position of the light spreading element relative to the focal point (F), and wherein the light spreading elements are adapted to spread light striking the first set of light spreading elements and the second set of light spreading elements in a first plane (M) including the optical axis (OA) in such a way that the beam widening characteristics enable the first image and the second image to be spread over a substantially equal angle θ 1 , due to the fact that light beams having struck different light spreading elements are equally, or substantially equally spread out in space. a focal point (F); an optical axis (OA) containing the focal point (F); a color over position light source arranged on the focal point (F) of the collimator so that light from the light source is received by the collimator ; an imaging element arranged around or on the optical axis (OA), wherein the imaging element is configured to form at least one image of the light source; and several light spreading elements having a first set of light spreading elements and a second set of light spreading elements the first set of light spreading elements being located further from the optical axis (OA) and the light source than the second set of light spreading elements , arranged around the optical axis (OA) to receive said at least one image from the imaging element ,
Method for erecting a wind turbine tower on a foundation body , wherein the wind turbine tower is at least partly made as a concrete tower with a tower wall and is fixed to an upper side of the foundation body by means of tensioning elements and prestressing anchors, wherein the following steps are carried out: producing the foundation body , erecting an annular wall , which has a circumferential ring of niches with a plurality of niches and is adjacent to the tower wall, on the foundation body , introducing the tensioning elements into the annular wall in such a way that their lower ends project into the niches , attaching prestressing anchors in the niches, and tensioning the tensioning element and prestressing anchors following the erection of the concrete tower. producing the foundation body , erecting an annular wall , which has a circumferential ring of niches with a plurality of niches and is adjacent to the tower wall, on the foundation body , introducing the tensioning elements into the annular wall in such a way that their lower ends project into the niches , attaching prestressing anchors in the niches, and tensioning the tensioning element and prestressing anchors following the erection of the concrete tower.
A steam generator, comprising: a filter assembly including a particulate filter element that is configured to remove calcium compounds in particulate form from the water, a water pump in fluid communication with the filter assembly , and operative to cause water flow through the steam generator; and a boiler in fluid communication with the water pump , wherein the water pump is configured to cause water to flow from the filter assembly to the boiler , and characterized by a pre-heat chamber configured to heat incoming water to a temperature less than the boiling point of water, wherein the pre-heat chamber is operatively connected with a controller to heat the water to a pre-heat temperature below the boiling point of water so that if the water contains a calcium compound, the calcium compound will be caused to take a particulate form; wherein the filter assembly is in fluid communication with the pre-heat chamber for receiving water from the pre-heat chamber , and wherein the boiler is operatively positioned downstream of the pre-heat chamber and is operatively connected to the controller to boil water such that steam is produced. a filter assembly including a particulate filter element that is configured to remove calcium compounds in particulate form from the water, a water pump in fluid communication with the filter assembly , and operative to cause water flow through the steam generator; and a boiler in fluid communication with the water pump , wherein the water pump is configured to cause water to flow from the filter assembly to the boiler , and characterized by a pre-heat chamber configured to heat incoming water to a temperature less than the boiling point of water, wherein the pre-heat chamber is operatively connected with a controller to heat the water to a pre-heat temperature below the boiling point of water so that if the water contains a calcium compound, the calcium compound will be caused to take a particulate form; wherein the filter assembly is in fluid communication with the pre-heat chamber for receiving water from the pre-heat chamber , and wherein the boiler is operatively positioned downstream of the pre-heat chamber and is operatively connected to the controller to boil water such that steam is produced.
An apparatus for photometric measurement of biological liquids comprising: - a plurality of spaced apart sample regions ; - a light source adapted to emit light comprising at least one frequency; - a lens system comprising a light coupling system , wherein the light coupling system is disposed between the light source and the plurality of sample regions , the light coupling system comprising at least one telecentric element and a plurality of light mixing rods , wherein each sample region is assigned at least one of the light mixing rods , wherein the telecentric element is disposed between the light source and the plurality of sample regions , wherein each of the plurality of light mixing rods is tapered such that a narrower end of each light mixing rod faces the plurality of sample regions , and the plurality of light mixing rods is disposed between the telecentric element and the plurality of sample regions ; - a detector disposed to receive light beams originating from the plurality of sample regions , - wherein an optical detection system is further disposed between the plurality of sample regions and the detector , said optical detection system comprising the telecentric element and the plurality of light mixing rods , such that the light originating from the plurality of sample regions passes the telecentric element and the plurality of light mixing rods of the optical detection system . - a plurality of spaced apart sample regions ; - a light source adapted to emit light comprising at least one frequency; - a lens system comprising a light coupling system , wherein the light coupling system is disposed between the light source and the plurality of sample regions , the light coupling system comprising at least one telecentric element and a plurality of light mixing rods , wherein each sample region is assigned at least one of the light mixing rods , wherein the telecentric element is disposed between the light source and the plurality of sample regions , wherein each of the plurality of light mixing rods is tapered such that a narrower end of each light mixing rod faces the plurality of sample regions , and the plurality of light mixing rods is disposed between the telecentric element and the plurality of sample regions ; - a detector disposed to receive light beams originating from the plurality of sample regions , - wherein an optical detection system is further disposed between the plurality of sample regions and the detector , said optical detection system comprising the telecentric element and the plurality of light mixing rods , such that the light originating from the plurality of sample regions passes the telecentric element and the plurality of light mixing rods of the optical detection system .
Device for controlling the occurrence of a power curve measurement for determining a maximum power point of a photovoltaic power source, the device being configured to be part of a power conditioner, which can operate up to a maximum current level and the device comprising: - means for obtaining a first power curve of the photovoltaic source, - means for detecting the presence of shadow from the first power curve, - means for determining the power provided by the photovoltaic power source, - means for scheduling a second power curve obtaining process according to the result of shadow detection characterised in that the device further comprises: - means for determining a minimum voltage and a minimum current to be used during the second power curve obtaining process from the determined power provided by the photovoltaic power source, the minimum voltage to be used during the second power curve obtaining process equals the determined power provided by the photovoltaic power source divided by the maximum current level of the power conditioner. - means for obtaining a first power curve of the photovoltaic source, - means for detecting the presence of shadow from the first power curve, - means for determining the power provided by the photovoltaic power source, - means for scheduling a second power curve obtaining process according to the result of shadow detection characterised in that the device further comprises: - means for determining a minimum voltage and a minimum current to be used during the second power curve obtaining process from the determined power provided by the photovoltaic power source, the minimum voltage to be used during the second power curve obtaining process equals the determined power provided by the photovoltaic power source divided by the maximum current level of the power conditioner.
Friction clutch device comprising a clutch control member and a clutch spring suitable for coupling by friction a first wheel to a second wheel so that they can pivot together about an axis A, one of the first and second wheels being a drive wheel and the other being a driven wheel, which are intended for a timepiece, wherein the clutch spring comprises a hub mounted to rotate freely about the axis A, and an assembly of moving parts respectively connected to the hub by elastic elements , each of said moving parts comprising a clutch element intended to bear against the second wheel and being mounted to pivot in a radial plane perpendicular to the axis A on the first wheel in order to be able to switch between an engaged position, in which its clutch element is kept pressed against the second wheel under the effect of its elastic element , and a disengaged position, in which its clutch element is not in contact with the second wheel , each of said moving parts being arranged so that the assembly of said moving parts substantially defines the perimeter of said clutch spring , and wherein the clutch control member comprises a radial bearing element arranged to come to bear radially against at least one of the moving parts of the clutch spring in order to switch said moving part from its engaged position to its disengaged position, causing the rotation of the hub causing, in turn, the switching of the other moving parts to their disengaged position in order to decouple the second wheel from the first wheel .
Rotational state detection device for a reluctance motor, the reluctance motor having four or six rotor segments , and six coils assigned to the four rotor segments or eight coils assigned to the six rotor segments, a transmitter disc further being connected to the rotor segments for conjoint rotation and transmitter formations assigned to a rotor segment being formed on the transmitter disc , which formations can be detected by more than one stationary sensor , characterised in that a pair of circumferentially adjacent transmitter formations are assigned to each rotor segment , which formations each have a certain spacing (a') between them, in that a certain distance (c) is provided between two transmitter formations of circumferentially adjacent pairs of transmitter formations , in that at least two sensors arranged circumferentially offset with respect to the transmitter formations are provided and in that the circumferential spacing (d) between the sensors is different from the spacing (a') of a pair of transmitter formations and from the distance (c) of two circumferentially adjacent transmitter formations , the spacing (a') being smaller than the distance (c).
Device for identifying foreign parts in spinning preparation, having an inspection channel through which a fibre material stream can be guided, wherein • foreign parts to be identified are present in the fibre material stream , for which purpose at least one lighting unit is provided for irradiating light into the inspection channel , • at least one camera is provided, by means of which light generated by the lighting unit and reflected by the foreign part can be detected, • a closed housing is provided, in which the lighting unit is accommodated in an air-tight manner, • a liquid cooling unit is provided for cooling the lighting unit , - by means of which heat that develops during operation of the lighting unit can be guided out of the housing by means of a liquid, and - which has a heat exchanger by means of which a transfer of heat from the liquid to cooling air flowing through the heat exchanger takes place, • a discharge unit is provided, by means of which the foreign parts can be discharged from the fibre material stream , • a collecting container is provided, in which the foreign parts discharged from the fibre material stream can be collected, • a suction unit is provided, by means of which the foreign parts can be discharged from the collecting container by means of conveying air , and • the cooling air and the conveying air are brought together, or the cooling air forms the conveying air after it has flowed through the heat exchanger . • foreign parts to be identified are present in the fibre material stream , for which purpose at least one lighting unit is provided for irradiating light into the inspection channel , • at least one camera is provided, by means of which light generated by the lighting unit and reflected by the foreign part can be detected, • a closed housing is provided, in which the lighting unit is accommodated in an air-tight manner, • a liquid cooling unit is provided for cooling the lighting unit , - by means of which heat that develops during operation of the lighting unit can be guided out of the housing by means of a liquid, and - which has a heat exchanger by means of which a transfer of heat from the liquid to cooling air flowing through the heat exchanger takes place, - by means of which heat that develops during operation of the lighting unit can be guided out of the housing by means of a liquid, and - which has a heat exchanger by means of which a transfer of heat from the liquid to cooling air flowing through the heat exchanger takes place, • a discharge unit is provided, by means of which the foreign parts can be discharged from the fibre material stream , • a collecting container is provided, in which the foreign parts discharged from the fibre material stream can be collected, • a suction unit is provided, by means of which the foreign parts can be discharged from the collecting container by means of conveying air , and • the cooling air and the conveying air are brought together, or the cooling air forms the conveying air after it has flowed through the heat exchanger .
A method of manufacturing a polarizing plastic lens , which comprises: a reversing step of reversing a convex surface shape into a concave surface shape by pressing a polarizing film that has been curved surface processed; a casting mold assembling step of assembling a casting mold having a cavity within which the reversed polarizing film is positioned with the reversed polarizing film , an upper mold , a lower mold , and a sealing member that maintains a spacing between the upper mold and the lower mold ; and a polymerizing and curing step of casting a curable composition into the cavity , and polymerizing and curing the curable composition that has been cast to provide a polarizing plastic lens within which the reversed polarizing film is positioned. a reversing step of reversing a convex surface shape into a concave surface shape by pressing a polarizing film that has been curved surface processed; a casting mold assembling step of assembling a casting mold having a cavity within which the reversed polarizing film is positioned with the reversed polarizing film , an upper mold , a lower mold , and a sealing member that maintains a spacing between the upper mold and the lower mold ; and a polymerizing and curing step of casting a curable composition into the cavity , and polymerizing and curing the curable composition that has been cast to provide a polarizing plastic lens within which the reversed polarizing film is positioned.
An engine side cover structure of a saddle type vehicle comprising: a vehicle body frame arranged between a front wheel (WF) and a rear wheel (WR); an engine including a crankcase , and a cylinder extending upward from the crankcase , the engine being supported by the vehicle body frame ; and a side cover covering a side of the crankcase ; wherein the side cover includes a cover main body that covers the side of the crankcase , and an extended portion that extends backward from the cover main body ; and the cover main body is fixed to the crankcase ; characterised in that : the extended portion is fixed to the vehicle body frame ; and an electrical component is arranged in a space (S1), a front side of which is covered with the crankcase , a back side of which is covered with a pivot frame , and an outer side of which is covered with the extended portion , at between the crankcase and the pivot frame . a vehicle body frame arranged between a front wheel (WF) and a rear wheel (WR); an engine including a crankcase , and a cylinder extending upward from the crankcase , the engine being supported by the vehicle body frame ; and a side cover covering a side of the crankcase ; wherein the side cover includes a cover main body that covers the side of the crankcase , and an extended portion that extends backward from the cover main body ; and the cover main body is fixed to the crankcase ; characterised in that : the extended portion is fixed to the vehicle body frame ; and an electrical component is arranged in a space (S1), a front side of which is covered with the crankcase , a back side of which is covered with a pivot frame , and an outer side of which is covered with the extended portion , at between the crankcase and the pivot frame . the extended portion is fixed to the vehicle body frame ; and an electrical component is arranged in a space (S1), a front side of which is covered with the crankcase , a back side of which is covered with a pivot frame , and an outer side of which is covered with the extended portion , at between the crankcase and the pivot frame .