mhurhangee/ep-ind-claims huggingface dataset:
A measurement head for optical spectroscopic measurements, the measurement head comprising: an illumination source configured to illuminate a sample; a collection optic configured to view the sample; an internal reference, wherein the internal reference is positioned between the illumination source and the sample, closer to the illumination source that the collection optic; and a movable calibration mirror, defining respectively dependent on its position, a measurement position or a calibration position of the measurement head; whereby in the measurement position the calibration mirror is positioned so that the collection optic views the sample illuminated by the illumination source and in the calibration position the calibration mirror is positioned so that the collection optic views, via the calibration mirror, the internal reference illuminated by the illumination source and the calibration mirror blocks the collection optics from viewing the sample illuminated by the illumination source. an illumination source configured to illuminate a sample; a collection optic configured to view the sample; an internal reference, wherein the internal reference is positioned between the illumination source and the sample, closer to the illumination source that the collection optic; and a movable calibration mirror, defining respectively dependent on its position, a measurement position or a calibration position of the measurement head; whereby in the measurement position the calibration mirror is positioned so that the collection optic views the sample illuminated by the illumination source and in the calibration position the calibration mirror is positioned so that the collection optic views, via the calibration mirror, the internal reference illuminated by the illumination source and the calibration mirror blocks the collection optics from viewing the sample illuminated by the illumination source.
A cosmetic container comprising: a container main body configured to hold a cosmetic; and an applicator to be detachably attached to an opening of the container main body, where a flexible wiper configured to scrape the cosmetic adhering to the applicator is press-fitted to the inside of the opening of the container main body, wherein the wiper includes a cylindrical portion to be fitted to the inside of the opening, and a plurality of tongue pieces (6,7) having the same shape disposed evenly in a circumferential direction and extending downward inside the container main body from the cylindrical portion, the plurality of tongue pieces (6,7) are disposed evenly so that regions of the tongue pieces (6,7) adjacent to each other partially overlap in the circumferential direction and are joined and integrated in the overlapping portion, each of the tongue pieces (6,7) is formed so that an extending length of a first circumferential side edge portion on one side in an axial direction becomes longer by a predetermined length than an extending length of a second circumferential side edge portion on the other side in the axial direction, in each of the portions where the tongue pieces (6,7) adjacent to each other overlap, the tongue pieces (6,7) are disposed so that the tongue piece side with the short extending length in the axial direction is inside, and inside the overlap region (E1,E2), a groove sandwiched between the tongue pieces (6,7), extending in the circumferential direction, and allowing for communication between outside and inside spaces of the wiper, is formed, and characterised in that in a portion where the second circumferential side edge portion of the tongue piece overlaps the adjacent tongue piece, a cutout is formed. the wiper includes a cylindrical portion to be fitted to the inside of the opening, and a plurality of tongue pieces (6,7) having the same shape disposed evenly in a circumferential direction and extending downward inside the container main body from the cylindrical portion, the plurality of tongue pieces (6,7) are disposed evenly so that regions of the tongue pieces (6,7) adjacent to each other partially overlap in the circumferential direction and are joined and integrated in the overlapping portion, each of the tongue pieces (6,7) is formed so that an extending length of a first circumferential side edge portion on one side in an axial direction becomes longer by a predetermined length than an extending length of a second circumferential side edge portion on the other side in the axial direction, in each of the portions where the tongue pieces (6,7) adjacent to each other overlap, the tongue pieces (6,7) are disposed so that the tongue piece side with the short extending length in the axial direction is inside, and inside the overlap region (E1,E2), a groove sandwiched between the tongue pieces (6,7), extending in the circumferential direction, and allowing for communication between outside and inside spaces of the wiper, is formed, and characterised in that in a portion where the second circumferential side edge portion of the tongue piece overlaps the adjacent tongue piece, a cutout is formed.
A recoil starter including: a starter case; a rope reel attached rotatable to the starter case; a recoil rope wound around the rope reel; a ratchet pivotably attached to the rope reel; and a drive pulley connected to an engine, the drive pulley having an engaged unit engageable with the ratchet, wherein, when the rope reel is rotated by pulling the recoil rope, the ratchet pivots to engage the engaged unit of the drive pulley to thereby transmit a torque of the rope reel to an engine, and wherein the rope reel has: a ratchet receiving unit arranged to receive a front end portion of the ratchet when the ratchet is engaged with the engaged unit of the drive pulley; and a reinforcing unit that extends in a circumferential direction of the rope reel with respect to the ratchet receiving unit as leg portion of the ratchet receiving unit, characterized in that two ratchet receiving units (12c, 12c) are provided as the ratchet receiving unit in a line symmetry manner with respect to the reinforcing unit, wherein the reinforcing unit bridges between the two facing ratchet receiving units and is formed continuously with the ratchet receiving units. a starter case; a rope reel attached rotatable to the starter case; a recoil rope wound around the rope reel; a ratchet pivotably attached to the rope reel; and a drive pulley connected to an engine, the drive pulley having an engaged unit engageable with the ratchet, wherein, when the rope reel is rotated by pulling the recoil rope, the ratchet pivots to engage the engaged unit of the drive pulley to thereby transmit a torque of the rope reel to an engine, and wherein the rope reel has: a ratchet receiving unit arranged to receive a front end portion of the ratchet when the ratchet is engaged with the engaged unit of the drive pulley; and a reinforcing unit that extends in a circumferential direction of the rope reel with respect to the ratchet receiving unit as leg portion of the ratchet receiving unit, a ratchet receiving unit arranged to receive a front end portion of the ratchet when the ratchet is engaged with the engaged unit of the drive pulley; and a reinforcing unit that extends in a circumferential direction of the rope reel with respect to the ratchet receiving unit as leg portion of the ratchet receiving unit, characterized in that two ratchet receiving units (12c, 12c) are provided as the ratchet receiving unit in a line symmetry manner with respect to the reinforcing unit, wherein the reinforcing unit bridges between the two facing ratchet receiving units and is formed continuously with the ratchet receiving units. two ratchet receiving units (12c, 12c) are provided as the ratchet receiving unit in a line symmetry manner with respect to the reinforcing unit, wherein the reinforcing unit bridges between the two facing ratchet receiving units and is formed continuously with the ratchet receiving units.
Installation for the surface treatment of objects comprising: a) at least two treatment stations; b) a conveying system by means of which the objects can be conveyed through a respective treatment station; characterised in that c) the conveying system comprises a main conveyor by means of which objects can be conveyed, without being treated, on a main circular route; d) the treatment stations are arranged along the main circular route; e) the conveying system comprises an individual station conveying system for each of the at least two treatment stations, by means of which objects can be conveyed from the main circular route to the treatment station, through the treatment station and from the treatment station back onto the main circular route again, such that: f) objects can be conveyed selectively by means of a station conveying system through the associated treatment station or by means of the main conveyor past said treatment station. a) at least two treatment stations; b) a conveying system by means of which the objects can be conveyed through a respective treatment station; c) the conveying system comprises a main conveyor by means of which objects can be conveyed, without being treated, on a main circular route; d) the treatment stations are arranged along the main circular route; e) the conveying system comprises an individual station conveying system for each of the at least two treatment stations, by means of which objects can be conveyed from the main circular route to the treatment station, through the treatment station and from the treatment station back onto the main circular route again, such that: f) objects can be conveyed selectively by means of a station conveying system through the associated treatment station or by means of the main conveyor past said treatment station.
An arrangement for a rock drill rig comprising a displacement compressor that is used for supplying an air flow to at least one flushing hole in the surface of a drill bit, the arrangement further comprising an air regulator arranged to regulate the system pressure in the air flow path downstream the compressor and means for detecting an flow of air through the at least one flushing hole in the surface of the drill bit, characterised in that an inlet valve is arranged upstream of the compressor, and in that the detecting means comprises a pressure sensor arranged between the air regulator and the inlet valve and adapted to measure a reduced system pressure.
An airfoil comprising: an airfoil body defining a longitudinal axis, the airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining at least one longitudinally elongated cavity in the airfoil body; and a plurality of loose particles enclosed in the at least one longitudinally elongated cavity; characterised in that the at least one longitudinally elongated cavity is adjacent a cooling passage, and the elongated cavity and adjacent cooling passage share a common wall. an airfoil body defining a longitudinal axis, the airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining at least one longitudinally elongated cavity in the airfoil body; and a plurality of loose particles enclosed in the at least one longitudinally elongated cavity; characterised in that the at least one longitudinally elongated cavity is adjacent a cooling passage, and the elongated cavity and adjacent cooling passage share a common wall.
Process for purification of a neutral human milk oligosaccharide in a continuous chromatography from a crude solution comprising the neutral human milk oligosaccharide and contaminants, wherein the neutral human milk oligosaccharide is selected from the group consisting of 2'-fucosyllactose, 3-fucosyllactose, 2',3-difucosyllactose, lacto- N- triose II, lacto- N -tetraose, lacto- N - neo tetraose, lacto- N -fucopentaose I, lacto- N -neofucopentaose I, lacto- N -fucopentaose II, lacto- N- fucopentaose III, lacto- N -fucopentaose V, lacto- N -neofucopentaose V, lacto- N -difucohexaose I, lacto- N -difucohexaose II, 6'-galactosyllactose, 3'-galactosyllactose, lacto- N -hexaose, lacto- N - neo hexaose, para -lacto- N -hexaose, para -lacto- N -neohexaose and difucosyl-lacto- N- neohexaose, wherein the crude solution comprising the neutral human milk oligosaccharide and contaminants comprises or consists of a solution which is selected from the group consisting of microbial fermentation extract, biocatalysis reaction solution, chemical synthesis solution, and combinations thereof, wherein the purity of the neutral human milk oligosaccharide in the solution is <80 %, characterized in that the crude solution is applied to at least one purification step using simulated moving bed chromatography, wherein a purified solution comprising the neutral human milk oligosaccharide with a purity of ≥80 % is provided, wherein the purified solution is spray-dried.
A microplate reader having at least one optical measurement/detection unit, wherein the microplate reader additionally comprises a housing, a microplate support, and a movement unit, and wherein the movement unit is designed to move the microplate support inside the housing in at least one essentially horizontal direction, wherein the microplate reader comprises an integrated cover holding device, which is arranged inside the housing, for lifting a microplate cover from a microplate positioned on the microplate support and for depositing a microplate cover on a microplate, wherein this cover holding device is designed for moving the microplate cover and/or the microplate support is designed for moving the microplate in at least one approximately vertical direction in each case, characterized in that the movement unit is designed for moving the microplate support out of the housing and into the housing in at least one essentially horizontal direction, and that the cover holding device is designed as a magnetic lifter and comprises an array of permanent magnets or an electromagnetic array, wherein each microplate cover to be lifted and deposited comprises magnetizable material.
Apparatus for thermoforming panels by starting from a sheet of material, comprising a press with two half dies (13, 14) mounted on the press planes (11, 12) for thermoforming a sheet interposed therebetween and having a scrap portion projecting out of a half-die (13,14) closing line, also comprising a frame consisting of two sliding ledges (17, 18) fitted with first driving means (19, 20) for closing onto each other, with the peripheral sheet portion protruding from the half dies (13,14) interposed therebetween, characterized in that it comprises second driving means for further sliding the frame in order to move the scrap portion clamped by the ledges (17, 18) away from the half-die (13,14) closing line, so as to cause or assist the separation of the scrap from the product formed in the half dies (13,14), wherein the first driving means (19,20) are provided as respective pneumatic actuators (19, 20) arranged between each ledge (17 or 18) and a corresponding press plane (11 or 12).
A method to offload computations in a networked environment, the method comprising: detecting, by executing an instruction via a processor, an offload indicator in a web request received from a computing device, the web request triggered by processing of a webpage at the computing device; determining, by executing an instruction via the processor, a function identified in the web request, the function included in the webpage; retrieving, by executing an instruction via the processor, the function from the webpage; and transmitting a result of execution of the function to the computing device in response to the web request, the method characterised in that the processor is included in a mobile edge computing server and wherein retrieving the function includes retrieving the function from a storage of a web server that includes the processor. detecting, by executing an instruction via a processor, an offload indicator in a web request received from a computing device, the web request triggered by processing of a webpage at the computing device; determining, by executing an instruction via the processor, a function identified in the web request, the function included in the webpage; retrieving, by executing an instruction via the processor, the function from the webpage; and transmitting a result of execution of the function to the computing device in response to the web request, the method characterised in that the processor is included in a mobile edge computing server and wherein retrieving the function includes retrieving the function from a storage of a web server that includes the processor.
A food refrigerating device comprising a first and a second opposed wall (11, 12) which contribute to delimiting a refrigerating compartment; the first wall defining a first thermoformed socket and the second wall defining a second thermoformed socket; characterized in that it comprises a profile which contributes to supporting an evaporator or a shelf, the profile comprising: - a first end; - a second end; the first and second ends (21, 22), at least in an operating configuration, being at least partly inserted in the first and second sockets (110, 120), respectively; the first end comprising a first protrusion, the second end comprising a second protrusion; in the operating configuration, the first and second protrusions (210, 220) being inserted at least partly in the first and second sockets (110, 120), respectively; characterised in that the first protrusion comprises a first straight stretch intersected by two straight transversal stretches. - a first end; - a second end;
An isolated lipoteichoic acid comprising a structure of Formula I wherein the core unit comprises three glucose (Glcp) residues and a glycerol (Gro) residue; R 1 is selected from NH 2 and NHAc; each R 2 is independently selected from NH 2 and NHAc; and n is an integer between about 1 and 20.
A method of storing a medical instrument or component in a moist environment, the method comprising locating the instrument or component within a medical pouch (1, 27, 41) comprising: a web of absorbent material (25, 43, 45, 53); a first layer of plastics film (5, 29, 55) arranged on one side of the absorbent material; and a second layer of plastics film (7, 31, 57) arranged on the other side of the absorbent material; wherein the web of absorbent material, the first layer of plastics film and the second layer of plastics film are sealed together so as to form at least one pocket (49, 61) arranged to accommodate instruments located between one of the layers of plastics film and the web of absorbent material, wherein the web of absorbent material forms one interior side of the pocket for accommodating instruments; and wherein an integral flap (37, 51) which may be folded over the entrance of the pouch so as to maintain the instruments in the pouch and to retain moisture within the pouch is provided at an unsealed end of the at least one pocket; the web of absorbent material being permeated with liquid. a web of absorbent material (25, 43, 45, 53); a first layer of plastics film (5, 29, 55) arranged on one side of the absorbent material; and a second layer of plastics film (7, 31, 57) arranged on the other side of the absorbent material; wherein the web of absorbent material, the first layer of plastics film and the second layer of plastics film are sealed together so as to form at least one pocket (49, 61) arranged to accommodate instruments located between one of the layers of plastics film and the web of absorbent material, wherein the web of absorbent material forms one interior side of the pocket for accommodating instruments; and wherein an integral flap (37, 51) which may be folded over the entrance of the pouch so as to maintain the instruments in the pouch and to retain moisture within the pouch is provided at an unsealed end of the at least one pocket; the web of absorbent material being permeated with liquid.
Injection unit for a machine for manufacturing containers by blow-moulding or stretch-blow-moulding, in a mould having the impression of the containers, from preforms made of plastics material, this injection unit comprising: - an injection block that defines a fluidic duct and is provided with at least one fluid feed orifice in communication with the fluidic duct; - a mobile assembly provided with a bell nozzle fluidically connected to the duct, the mobile assembly being mounted so as to slide, with respect to the injection block, between a bottom position, in which the bell nozzle is applied in a leaktight manner to the mould in order to ensure fluidic leaktightness between the fluidic duct and the mould, and a safety position, in which the bell nozzle is spaced apart from the mould in order to allow the evacuation of a container from the mould and the introduction of a preform into the mould; - a system for magnetically securing the mobile assembly to the injection block, suitable for keeping the mobile assembly in the safety position, under the weight thereof, this magnetic securing system comprising a stop mounted on the injection block, and a finger secured to the mobile assembly, said finger, in the safety position, coming into contact with the stop; the injection unit being characterized in that the mobile assembly comprises a cam follower suitable for cooperating with a fixed cam track. - an injection block that defines a fluidic duct and is provided with at least one fluid feed orifice in communication with the fluidic duct; - a mobile assembly provided with a bell nozzle fluidically connected to the duct, the mobile assembly being mounted so as to slide, with respect to the injection block, between a bottom position, in which the bell nozzle is applied in a leaktight manner to the mould in order to ensure fluidic leaktightness between the fluidic duct and the mould, and a safety position, in which the bell nozzle is spaced apart from the mould in order to allow the evacuation of a container from the mould and the introduction of a preform into the mould; - a system for magnetically securing the mobile assembly to the injection block, suitable for keeping the mobile assembly in the safety position, under the weight thereof, this magnetic securing system comprising a stop mounted on the injection block, and a finger secured to the mobile assembly, said finger, in the safety position, coming into contact with the stop;
A grain oriented electrical steel sheet comprising: a forsterite film and tension coating on a surface of the steel sheet; and linear grooves for magnetic domain refinement on the surface of the steel sheet, wherein the steel sheet has a sheet thickness of 0.30 mm or less, the linear grooves are formed at intervals of 2 to 10 mm in a rolling direction, a depth of each of the linear grooves is 10 μm or more, a thickness of the forsterite film at bottom portions of the linear grooves is 0.3 μm or more, a total tension applied to the steel sheet by the forsterite film and the tension coating is 10.0 MPa or higher in the rolling direction, and a proportion of eddy current loss in material iron loss W 17/50 of the steel sheet is 65 % or less when an alternating magnetic field of 1.7 T and 50 Hz is applied to the steel sheet in the rolling direction, wherein the eddy current loss is calculated by subtracting hysteresis loss obtained by direct current magnetization measurements from the material iron loss W 17/50, and the material iron loss W 17/50 is measured according to standard JIS C2556.