mhurhangee/ep-ind-claims huggingface dataset:
Method for distance control during laser machining, using an electrical oscillating circuit, the oscillation frequency of which is dependent on the distance between a laser machining head and a workpiece, and an adjusting device for adjusting the distance (d) between the laser machining head and the workpiece, in which method - the period of the oscillating circuit signal is measured, and - the distance (d) between the laser machining head and the workpiece is determined on the basis of the measured period of the oscillating circuit signal and fed to the adjusting device, - characterized in that the period of the measurement signal derived from the oscillating circuit signal is measured by means of a time-to-digital converter to which a reference signal having a constant frequency is also fed, and in that a correction value for the period of the measurement signal is determined from a deviation of the measured period of the reference signal from the known fixed period of the reference signal. - the period of the oscillating circuit signal is measured, and - the distance (d) between the laser machining head and the workpiece is determined on the basis of the measured period of the oscillating circuit signal and fed to the adjusting device, - characterized in that the period of the measurement signal derived from the oscillating circuit signal is measured by means of a time-to-digital converter to which a reference signal having a constant frequency is also fed, and in that a correction value for the period of the measurement signal is determined from a deviation of the measured period of the reference signal from the known fixed period of the reference signal.
A equipment of localization of peduncle comprising: an image acquiring section that acquires an image of a plurality of fruits; and an estimation section that estimates a position of a peduncle that is coupled with the plurality of fruits, wherein the estimation determines a straight line by interpolation of center positions each assigned to a different fruit and mutual distances among the plurality of fruits in the image acquired by the image acquiring section. an image acquiring section that acquires an image of a plurality of fruits; and an estimation section that estimates a position of a peduncle that is coupled with the plurality of fruits, wherein the estimation determines a straight line by interpolation of center positions each assigned to a different fruit and mutual distances among the plurality of fruits in the image acquired by the image acquiring section.
A method for manufacturing a trochoid pump having a crescent, wherein an inner rotor, which has an inner rotor tooth profile of ani almost perfect trochoid shape produced by a first circle (c) which forms the bottomlands of the inner rotor, is formed in advance, with the number of teeth of the inner rotor being set to a predetermined number N that is equal to or larger than 4, in order to manufacture an outer rotor which has an outer rotor tooth profile with a predetermined second number, equal to N plus a natural number equal to or larger than 2, of teeth, a second circle that is identical to the first circle is disposed so that it is brought into contact with a tooth bottomland of the inner rotor tooth profile, the inner rotor tooth profile is rotated by half a tooth about the center of the inner rotor and the second circle is also rotated by half of the predetermined second number of outer rotor teeth about a virtual center (O 1, O 2, O 3) of the outer rotor to form an adjacent second circle. an established center (O x) is determined either from the virtual center when the adjacent second circle assumes, in the course of the rotation, a statue of being in contact, without penetration or separation, with a tooth bottomland or tooth tip zone of the inner rotor tooth profile, or by a mathematical expression from an interval (L, L 1. L 2) between the second circles when a contact state is assumed, a reference circle is found that has a radius (r) from the established center to the second circles and the total second predetermined number of second circles are equidistantly spaced thereon to form outer rotor tooth tips, and the outer rotor tooth profile is thereby manufactured.
A light assembly comprising: - at least one light source which generates a beam of light into the light forming means; - a light forming means at least comprising a light deflecting means for changing the angular and spatial distribution of the light hitting a front lens; - a front lens (8, 30, 40); where the light deflecting means - in a first position concentrates the light beam into the central part (20, 34, 44) of the front lens (8, 30, 40) to generate a wide-angle light beam, - in a second position distributes the light beam over essential the entire front lens (8, 30, 40) to generate a narrow-angle light beam, - the light deflecting means is movable between different positions, and where said central part (20, 34, 44) of said front lens has optical properties which differs from that of the surrounding parts (32, 42) of said front lens (8, 30,40) characterized in that the front lens is fixed in relation to the light source and in that the central part of the front lens (20, 34, 43), has an optical property which varies with respect to the position on the central part. - at least one light source which generates a beam of light into the light forming means; - a light forming means at least comprising a light deflecting means for changing the angular and spatial distribution of the light hitting a front lens; - a front lens (8, 30, 40); - in a first position concentrates the light beam into the central part (20, 34, 44) of the front lens (8, 30, 40) to generate a wide-angle light beam, - in a second position distributes the light beam over essential the entire front lens (8, 30, 40) to generate a narrow-angle light beam, - the light deflecting means is movable between different positions,
A security device for transferring files from a portable storage device comprising: a first interface for connecting to a computing system; a second interface for receiving a portable storage device; a processor module connected to said first interface and said second interface; and, a first-interface to Ethernet adapter connected to the first interface and to the processor module; characterized in that the processor module comprises: an Ethernet module for creating a virtual network at said first interface when said security device is coupled to a computing system; a file analysis module for filtering files received at said second interface from the portable storage device; a server for sending the filtered files to the computing system via said virtual network; and a first memory in which a read-only file system is mounted, wherein the first memory is connected to the second interface and wherein the processor module is further configured to filter files from the portable storage device in read-only mode; wherein the processor module is configured to identify filtered files as safe using security data and provide the safe filtered files to the server connected to the virtual network; and wherein the processor module is further configured to provide a link to download filtered files identified as safe by means of a web page from the server. a first interface for connecting to a computing system; a second interface for receiving a portable storage device; a processor module connected to said first interface and said second interface; and, a first-interface to Ethernet adapter connected to the first interface and to the processor module; an Ethernet module for creating a virtual network at said first interface when said security device is coupled to a computing system; a file analysis module for filtering files received at said second interface from the portable storage device; a server for sending the filtered files to the computing system via said virtual network; and a first memory in which a read-only file system is mounted, wherein the first memory is connected to the second interface and wherein the processor module is further configured to filter files from the portable storage device in read-only mode;
An outside-in liquid purification system comprising: a housing defining an interior space, the housing comprising: an inlet at a top side of the housing; an outlet at a bottom side of the housing, the bottom side of the housing being conical in shape; walls extending between the top side and the bottom side; and an unfiltered volume within the interior space adjacent the walls of the housing; a cartridge disposed within the interior space, the cartridge comprising: a top cap adjacent the top side of the housing, the top cap having a domed, prismatic, conical or asymmetrically sloped top side to direct liquid that enters the interior space to the unfiltered volume adjacent the walls; and a filter having an annular shape and extending between the top cap and the bottom side of the housing such that no portion of the unfiltered volume is below the filter, the filter defining a hollow vertical column such that liquid flows from the unfiltered volume through the filter into the column and then downward out of the housing through the outlet. a housing defining an interior space, the housing comprising: an inlet at a top side of the housing; an outlet at a bottom side of the housing, the bottom side of the housing being conical in shape; walls extending between the top side and the bottom side; and an unfiltered volume within the interior space adjacent the walls of the housing; an inlet at a top side of the housing; an outlet at a bottom side of the housing, the bottom side of the housing being conical in shape; walls extending between the top side and the bottom side; and an unfiltered volume within the interior space adjacent the walls of the housing; a cartridge disposed within the interior space, the cartridge comprising: a top cap adjacent the top side of the housing, the top cap having a domed, prismatic, conical or asymmetrically sloped top side to direct liquid that enters the interior space to the unfiltered volume adjacent the walls; and a filter having an annular shape and extending between the top cap and the bottom side of the housing such that no portion of the unfiltered volume is below the filter, the filter defining a hollow vertical column such that liquid flows from the unfiltered volume through the filter into the column and then downward out of the housing through the outlet. a top cap adjacent the top side of the housing, the top cap having a domed, prismatic, conical or asymmetrically sloped top side to direct liquid that enters the interior space to the unfiltered volume adjacent the walls; and a filter having an annular shape and extending between the top cap and the bottom side of the housing such that no portion of the unfiltered volume is below the filter, the filter defining a hollow vertical column such that liquid flows from the unfiltered volume through the filter into the column and then downward out of the housing through the outlet.
A dynamic bandwidth scheduling method, applied to a node in an Optical Burst Transport ring-Network, OBTN, the method being characterized it that it comprises: when a target node serves as a master node, for each source node in the OBTN, when the target node allocates a timeslot for a connection from the source node to a destination node, assigning, by the target node, selection priorities to the timeslots in which there exists an Optical Burst, OB, where there has been no drop operation, wherein a timeslot occupied by a destination node having the shortest distance to the destination node of the said connection to which a time slot is to be allocated is assigned the highest selection priority, and performing timeslot selection according to the assigned selection priorities; and when the target node serves as a master node, converting a timeslot allocation result into a bandwidth map and sending the bandwidth map to each slave node in the OBTN. when a target node serves as a master node, for each source node in the OBTN, when the target node allocates a timeslot for a connection from the source node to a destination node, assigning, by the target node, selection priorities to the timeslots in which there exists an Optical Burst, OB, where there has been no drop operation, wherein a timeslot occupied by a destination node having the shortest distance to the destination node of the said connection to which a time slot is to be allocated is assigned the highest selection priority, and performing timeslot selection according to the assigned selection priorities; and when the target node serves as a master node, converting a timeslot allocation result into a bandwidth map and sending the bandwidth map to each slave node in the OBTN.
A method for isolating the 3- -isomer of an unsaturated carboxylic acid compound of the general formula wherein R 1 is H or a straight chain or branched, saturated or unsaturated C 1 -C 20 hydrocarbyl residue, R 3 is H or a C 1 -C 4 -hydrocarbyl residue; R 2 is a straight chain or branched, saturated or unsaturated C 1 -C 20 - hydrocarbyl residue; with the proviso that, if R 3 is a C 1 -C 4 -hydrocarbyl residue, R 2 represents an hydrocarbyl residue containing at least one additional carbon atom; from a mixture of isomers comprising the 3- - and 3- -isomer of said carboxylic acid compound, whereby said mixture of isomers is subjected to a lipase (E.C. 3.1.1.3) catalyzed enzymatic conversion reaction, which lipase preferentially converts said 3- -isomer, and the conversion product of said 3- -isomer is isolated from said reaction mixture. R 1 is H or a straight chain or branched, saturated or unsaturated C 1 -C 20 hydrocarbyl residue, R 3 is H or a C 1 -C 4 -hydrocarbyl residue; R 2 is a straight chain or branched, saturated or unsaturated C 1 -C 20 - hydrocarbyl residue; with the proviso that, if R 3 is a C 1 -C 4 -hydrocarbyl residue, R 2 represents an hydrocarbyl residue containing at least one additional carbon atom;
A composition comprising cross-linked anionic, organic polymeric microparticles, said microparticles having an unswollen z-average particle size diameter of less than 0.75 μm as determined by the method described in the description, wherein the organic polymeric microparticles are formed from a monomer mixture comprising (a) an ethylenically unsaturated carboxylic acid, or a salt thereof; (b) an ethylenically unsaturated non-ionic monomer; and (c) from 2 to 8 mole % of 2-acrylamido-2-methylpropanesulphonic acid, or a salt thereof. (a) an ethylenically unsaturated carboxylic acid, or a salt thereof; (b) an ethylenically unsaturated non-ionic monomer; and (c) from 2 to 8 mole % of 2-acrylamido-2-methylpropanesulphonic acid, or a salt thereof.
A composite wheel assembly, comprising: a wheel portion having a wheel outer rim portion, a wheel inner hub portion adapted to receive an axle therethrough, and a plurality of wheel spokes extending radially between the wheel outer rim portion and the wheel inner hub portion, wherein the wheel outer rim portion, the wheel inner hub portion and the wheel spokes cooperate to form a wheel outer surface having a plurality of wheel turbine openings therein each having a first turbine opening area, the wheel portion having an outer surface with a first drag coefficient; at least one weight relief feature formed in the wheel portion to minimize wheel mass; a permanently bonded wheel clad including a clad outer rim portion axially aligned with at least a portion of the wheel outer rim portion, a clad inner hub portion axially aligned with at least a portion of the wheel inner hub portion, and a plurality of clad spokes extending radially between the clad outer rim portion and clad inner hub portion, wherein the clad outer rim portion, the clad inner hub portion and the clad spokes cooperate to define a clad inner surface having a plurality of clad turbine openings each having a second turbine opening area, the wheel clad being permanently secured to the wheel such that the clad inner surface faces the wheel outer surface; the wheel clad having a clad outer surface with a second drag coefficient which is less than the first drag coefficient of the outer portion of the wheel outer surface; characterised in that the second turbine opening area is at least 17% less than the first turbine opening area. a wheel portion having a wheel outer rim portion, a wheel inner hub portion adapted to receive an axle therethrough, and a plurality of wheel spokes extending radially between the wheel outer rim portion and the wheel inner hub portion, wherein the wheel outer rim portion, the wheel inner hub portion and the wheel spokes cooperate to form a wheel outer surface having a plurality of wheel turbine openings therein each having a first turbine opening area, the wheel portion having an outer surface with a first drag coefficient; at least one weight relief feature formed in the wheel portion to minimize wheel mass; a permanently bonded wheel clad including a clad outer rim portion axially aligned with at least a portion of the wheel outer rim portion, a clad inner hub portion axially aligned with at least a portion of the wheel inner hub portion, and a plurality of clad spokes extending radially between the clad outer rim portion and clad inner hub portion, wherein the clad outer rim portion, the clad inner hub portion and the clad spokes cooperate to define a clad inner surface having a plurality of clad turbine openings each having a second turbine opening area, the wheel clad being permanently secured to the wheel such that the clad inner surface faces the wheel outer surface; the wheel clad having a clad outer surface with a second drag coefficient which is less than the first drag coefficient of the outer portion of the wheel outer surface; characterised in that the second turbine opening area is at least 17% less than the first turbine opening area.
A beacon light and lens system comprising: a base configured to attach the beacon light to a structure; a light emitting diode assembly comprising at least one light emitting diode secured to the base; a lens comprising optics configured to capture and direct light horizontally from the at least one light emitting diode; a driver board configured to power the at least one light emitting diode, wherein the lens is mounted on the base and comprises at least one mounting tab configured to mechanically fasten the lens to the base by cooperating with a slot arranged in the base, and wherein the base comprises a curved mounting surface external to the base, wherein the system further comprises a bracket connected to the curved mounting surface and used to arrange the beacon light vertically when the structure has an inclined surface. a base configured to attach the beacon light to a structure; a light emitting diode assembly comprising at least one light emitting diode secured to the base; a lens comprising optics configured to capture and direct light horizontally from the at least one light emitting diode; a driver board configured to power the at least one light emitting diode, wherein the lens is mounted on the base and comprises at least one mounting tab configured to mechanically fasten the lens to the base by cooperating with a slot arranged in the base, and wherein the base comprises a curved mounting surface external to the base, wherein the system further comprises a bracket connected to the curved mounting surface and used to arrange the beacon light vertically when the structure has an inclined surface.
An optoelectronic lighting module having - a printed circuit board, which is completely penetrated by an opening, wherein the printed circuit board comprises at least one fastening device for a mechanical fastening of the lighting module on an external heat sink, - a carrier, which is mounted in the opening, - at least one optoelectronic semiconductor chip, which is mounted on a carrier top of the carrier and which is electrically connected to the printed circuit board via the carrier, wherein - the printed circuit board is rigidly mechanically connected to the carrier, - the printed circuit board is designed to exert a mechanical force on the carrier and to press the carrier against the external heat sink, - a carrier bottom and a circuit board bottom are of planar shape and oriented parallel to one another and - the carrier is designed to rest with the carrier bottom flat against the external heat sink, characterized in that - the carrier bottom projects out of the opening beyond the circuit board bottom by a length of at most 100 μm before being mounted on the external heat sink, and - the lighting module can be handled as a single, integral unit before being mounted on the external heat sink. - a printed circuit board, which is completely penetrated by an opening, wherein the printed circuit board comprises at least one fastening device for a mechanical fastening of the lighting module on an external heat sink, - a carrier, which is mounted in the opening, - at least one optoelectronic semiconductor chip, which is mounted on a carrier top of the carrier and which is electrically connected to the printed circuit board via the carrier, - the printed circuit board is rigidly mechanically connected to the carrier, - the printed circuit board is designed to exert a mechanical force on the carrier and to press the carrier against the external heat sink, - a carrier bottom and a circuit board bottom are of planar shape and oriented parallel to one another and - the carrier is designed to rest with the carrier bottom flat against the external heat sink, characterized in that - the carrier bottom projects out of the opening beyond the circuit board bottom by a length of at most 100 μm before being mounted on the external heat sink, and - the lighting module can be handled as a single, integral unit before being mounted on the external heat sink.