mhurhangee/ep-ind-claims huggingface dataset:
A lighting device including at least one strip-like carrier member (10, 14) carrying electrically powered light radiation sources, wherein said at least one carrier member (10, 14) includes magnetically attractive formations (16, 18) along the length of said at least one carrier member (10, 14), the carrier member (10, 14) including a strip-like substrate carrying said light radiation sources and a channel-like profile receiving said strip-like substrate with said light radiation sources facing an open side of the channel-like profile, wherein said magnetically attractive formations are arranged in said channel-like profile, wherein on the mouth part of the profile there is applied a potting material which is transparent to light radiation, whereby said strip-like substrate carrying said light radiation sources is protected from the outside, and wherein: - said magnetically attractive formations include at least one magnetically attractive strip extending along the length of said channel-like profile, wherein said at least one magnetically attractive strip is embedded in said channel-like profile by being co-extruded therewith, or - said magnetically attractive formations include a magnetically attractive particulate material distributed in said channel-like profile. - said magnetically attractive formations include at least one magnetically attractive strip extending along the length of said channel-like profile, wherein said at least one magnetically attractive strip is embedded in said channel-like profile by being co-extruded therewith, or - said magnetically attractive formations include a magnetically attractive particulate material distributed in said channel-like profile.
A method for producing a printed matter by printing ink on a film, comprising using a film having a nitrogen element concentration of 0.5 to 10.0 atom% in the film surface, wherein said concentration is determined according to X-ray photoelectron spectroscopy, and irradiating with an active energy ray after printing wherein the film is made by mixing an amine ester compound in a film, and has been treated by corona discharge in an air atmosphere, and wherein the ink comprises a resin having an acidic group.
A method comprising: generating, by a computing device, an encoded value that represents a specified port range comprising: a first element (32, 80) storing an identifier that identifies a frequently occurring port range stored in an associative data structure of most frequently occurring port ranges, a second element (34, 82) storing an index that represents a dynamically-learned port range specifying at least a part of the specified port range and corresponding to a non-frequently occurring port range, the dynamically-learned port range represented in a tree-structure of dynamically-learned port ranges and identified by the index, receiving, by the computing device, a packet comprising a port value; generating, by the computing device, a query value based at least on the port value; selecting, by the computing device, one or more filters (38, 56) from a content-addressable data structure comprising the one or more filters and one or more encoded values associated with the filters, wherein each of the one or more encoded values matches the query value; and applying, by a forwarding plane of the computing device, the one or more filters associated with the encoded value to the packet that indicates the port. generating, by a computing device, an encoded value that represents a specified port range comprising: a first element (32, 80) storing an identifier that identifies a frequently occurring port range stored in an associative data structure of most frequently occurring port ranges, a second element (34, 82) storing an index that represents a dynamically-learned port range specifying at least a part of the specified port range and corresponding to a non-frequently occurring port range, the dynamically-learned port range represented in a tree-structure of dynamically-learned port ranges and identified by the index, a first element (32, 80) storing an identifier that identifies a frequently occurring port range stored in an associative data structure of most frequently occurring port ranges, a second element (34, 82) storing an index that represents a dynamically-learned port range specifying at least a part of the specified port range and corresponding to a non-frequently occurring port range, the dynamically-learned port range represented in a tree-structure of dynamically-learned port ranges and identified by the index, receiving, by the computing device, a packet comprising a port value; generating, by the computing device, a query value based at least on the port value; selecting, by the computing device, one or more filters (38, 56) from a content-addressable data structure comprising the one or more filters and one or more encoded values associated with the filters, wherein each of the one or more encoded values matches the query value; and applying, by a forwarding plane of the computing device, the one or more filters associated with the encoded value to the packet that indicates the port.
Sonar carried by a naval vehicle, said sonar comprising at least one device for determining the speed of movement of the naval vehicle in relation to the sea bed, which device is of the acoustic correlation log type and comprises at least one means for emitting an acoustic signal and at least two means (4a, 4b) for receiving said acoustic signal emitted and reflected on the sea bed, or at least two means for emitting an acoustic signal and at least one means for receiving said acoustic signal emitted and reflected on the sea bed, characterised in that at least two phase centers (PC1, PC2) are formed, a central geometric location between the emission point and the reception point (R1, R2) forming a phase center (PC1, PC2) such that the first phase center is arranged along a first axis and the second phase center is arranged along a second axis parallel to the first axis, and in that the device for determining the speed of movement of the naval vehicle comprises means for measuring the movement (Δ) of the phase center, means for determining the trim angle (β) relative to the sea bed formed between a straight line that is perpendicular to the axes (V1, V2) of the phase centers (PC1, PC2) and a straight line that is perpendicular to the sea bed, means for determining the angle of sight (α), and means for determining the speed of movement of the vehicle on the basis of said determined angles (β, α).
A device (100; 300) for storing a liquid, comprising: • a container (110; 310) with a neck (120; 320) inside which a spout (130; 330) is formed, and • a stopper (140; 340) comprising a cover (145; 350) configured to close off said spout and a skirt at least partially covering a ring (125; 325) of said neck, the stopper cooperating in rotation with the ring of said neck between a position sealably closing off said spout and a position, called the open position, leaving said spout at least partially open, the ring having a stop (150; 131; 370) limiting the displacement of a complementary stop (155; 250; 360) of the stopper, in which device the periphery of the ring of the neck comprises a circular part, collinear with a circle of radius R, and a part, called the truncated part, corresponding to a truncation of said circle over an angle α, and characterized in that the cover of the stopper is generally circular with a truncated part, the skirt of the stopper comprising an opening or a flat which can be articulated along the truncated part. • a container (110; 310) with a neck (120; 320) inside which a spout (130; 330) is formed, and • a stopper (140; 340) comprising a cover (145; 350) configured to close off said spout and a skirt at least partially covering a ring (125; 325) of said neck, the stopper cooperating in rotation with the ring of said neck between a position sealably closing off said spout and a position, called the open position, leaving said spout at least partially open, the ring having a stop (150; 131; 370) limiting the displacement of a complementary stop (155; 250; 360) of the stopper, in which device the periphery of the ring of the neck comprises a circular part, collinear with a circle of radius R, and a part, called the truncated part, corresponding to a truncation of said circle over an angle α, and
A system for generating a laser beam having a rectangular cross-section, the system comprising a laser source generating a laser beam having said rectangular cross-section, the laser source comprising an oscillator outputting a seed beam and one amplifier for outputting an amplified beam, said laser beam having a long axis and a short axis in said rectangular cross-section, an intensity profile in said long axis being unsymmetrical; a beam mixer (10, 10") positioned to increase intensity symmetry along said long axis of the seed beam (204, 12) and producing an output for amplification by the amplifier, the seed beam (204, 12) extending from a first edge to a second edge along the long axis, the beam mixer (10, 10") comprising: a plurality of mirrors (16a, 16b, 16c) establishing a spatially inverting path, the inverting path having a beginning and an end, a part of the seed beam (204, 12) near the first beam edge at the beginning of the path translating to the second beam edge at the end of the path, wherein the plurality of mirrors comprises three flat mirrors; and an optic dividing the seed beam into first and second beam portions, the optic placing the first portion onto the inverting path and recombining the first and second portions onto a common path after the first portion has traveled along the inverting path thereby mixing the seed beam, wherein the inverting path extends orthogonal to the common path, and wherein the plurality of mirrors comprises a first mirror, second mirror and third mirror with the first mirror oriented to receive a beam from a directing means at an angle of incidence of approximately thirty degrees, the second mirror oriented to receive a beam from the first mirror at an angle of incidence of approximately thirty degrees, and the third mirror oriented to receive a beam from the second mirror at an angle of incidence of approximately thirty degrees. a plurality of mirrors (16a, 16b, 16c) establishing a spatially inverting path, the inverting path having a beginning and an end, a part of the seed beam (204, 12) near the first beam edge at the beginning of the path translating to the second beam edge at the end of the path, wherein the plurality of mirrors comprises three flat mirrors; and an optic dividing the seed beam into first and second beam portions, the optic placing the first portion onto the inverting path and recombining the first and second portions onto a common path after the first portion has traveled along the inverting path thereby mixing the seed beam, wherein the inverting path extends orthogonal to the common path, and wherein the plurality of mirrors comprises a first mirror, second mirror and third mirror with the first mirror oriented to receive a beam from a directing means at an angle of incidence of approximately thirty degrees, the second mirror oriented to receive a beam from the first mirror at an angle of incidence of approximately thirty degrees, and the third mirror oriented to receive a beam from the second mirror at an angle of incidence of approximately thirty degrees.
A door assembly of a laundry treatment device, comprising an outer frame, an inner frame, and an observation window disposed between the outer frame and the inner frame, wherein an installation assembly is disposed between the outer frame and the inner frame, and the installation assembly is configured to enable the observation window to be rotatably sandwiched between the outer frame and the inner frame, wherein the installation assembly comprises at least one fixing member disposed on an inner edge of the inner frame, the fixing member is formed with an installation groove, and an edge of the observation window is rotatably accommodated in the installation groove, wherein a ring-shaped reinforcement structure is fixed to the inner frame, and the fixing member is disposed on the reinforcement structure, characterized in that a locking assembly is further disposed between the outer frame and the inner frame, and the locking assembly comprises: a limiting post disposed in a radial direction of the observation window; a guide groove disposed in the reinforcement member; and a capture hole disposed in the observation window, wherein one end of the limiting post is fixed into the guide groove in an elastic connection manner, and the other end of the limiting post is inserted into or retracted from the capture hole in a retractable manner. a limiting post disposed in a radial direction of the observation window; a guide groove disposed in the reinforcement member; and a capture hole disposed in the observation window, wherein one end of the limiting post is fixed into the guide groove in an elastic connection manner, and the other end of the limiting post is inserted into or retracted from the capture hole in a retractable manner.
Synchronizer ring (1, 9) for a synchronization unit of a manual transmission, which is produced from a sheet metal material and has a conical friction surface on the inner side thereof and has means for radial centring of the synchronizer ring (1, 9) on the outer side thereof, wherein the means for radial centring comprise a plurality of separate arc-shaped centring collar portions (3, 4, 5, 10) spaced apart from one another in the circumferential direction, characterized in that outer surfaces of the centring collar portions (3, 4, 5, 10) lie on a cylindrical surface, the diameter of which corresponds to the centring diameter, and in that the arc-shaped centring collar portions (3, 4, 5, 10) are produced from the sheet metal material by forming, wherein the centring collar portions (3, 4, 5, 10) are produced by a material flow on the outer side of the synchronizer ring (1,9).
A water-borne carrier, the water borne carrier being a ship, for transporting liquefied natural gas and liquefied nitrogen, comprising a plurality of dual-purpose cryogenic storage tanks (104, 106) arranged along a length of the ship, the plurality of dual-purpose cryogenic storage tanks (104, 106) configured to contain LNG or LIN therein, and characterized in that it further comprises a LNG-only cryogenic storage tank arranged along the length of the ship, the LNG-only cryogenic storage tank configured to contain only LNG therein, wherein the plurality of dual-purpose cryogenic storage tanks (104, 106) are arranged on both sides of the LNG-only cryogenic storage tanks.
An isolated mutant stromal cell derived factor-1 (SDF-1) peptide comprising the formula of mSDF-1 or Xp-mSDF-1, wherein SDF-1 is a peptide comprising the amino acid sequence of at least amino acids 1-8 of SEQ ID NO:52 and which is optionally extended at the C terminus by all, or any portion, of the remaining sequence of SEQ ID NO:52, shown as amino acids 9-68, and wherein: a) X is a proteinogenic amino acid or a protease protective organic group; b) p is an integer between 1 and 4; c) mSDF-1 is a mutant form of said SDF-1 comprising a mutation of the fourth and/or the fifth amino acid from the N terminus of said SDF-1, wherein mSDF-1 has chemoattractant activity for T cells and is inactivated by matrix metalloproteinase-2 (MMP-2) at a rate that is less than one half of the rate at which native SDF-1 is inactivated; and d) X p -mSDF-1 is a mutant form of said SDF-1 comprising a mutation of the fourth and/or the fifth amino acid from the N terminus of said SDF-1, wherein X p -mSDF-1 has chemoattractant activity for T cells, is inactivated by dipeptidyl peptidase IV (DPPIV)at a rate that is less than one-half of the rate at which native SDF-1 is inactivated, and is inactivated by MMP-2 at a rate that is less than one-half of the rate at which native SDF-1 is inactivated. a) X is a proteinogenic amino acid or a protease protective organic group; b) p is an integer between 1 and 4; c) mSDF-1 is a mutant form of said SDF-1 comprising a mutation of the fourth and/or the fifth amino acid from the N terminus of said SDF-1, wherein mSDF-1 has chemoattractant activity for T cells and is inactivated by matrix metalloproteinase-2 (MMP-2) at a rate that is less than one half of the rate at which native SDF-1 is inactivated; and d) X p -mSDF-1 is a mutant form of said SDF-1 comprising a mutation of the fourth and/or the fifth amino acid from the N terminus of said SDF-1, wherein X p -mSDF-1 has chemoattractant activity for T cells, is inactivated by dipeptidyl peptidase IV (DPPIV)at a rate that is less than one-half of the rate at which native SDF-1 is inactivated, and is inactivated by MMP-2 at a rate that is less than one-half of the rate at which native SDF-1 is inactivated.
A device for measuring a magnetic field in an air-gap between a stator and a rotor of an electric machine, the device comprising a probe to detect the magnetic field and generate a signal indicative thereof and a display unit for the signal, characterised in that the probe includes a plurality of sensors, wherein the plurality of sensors are disposed in two or more superposed layers, and wherein the two or more superposed layers are arranged such that, in use, the two or more superposed layers are parallel to the surface of a stator bore of the stator.
An optoelectronic sensor, in particular a light grid, comprising a light transmitter for transmitting a light beam, a light receiver for generating a received signal, a transmitter control for modulating the light beam by a modulation frequency and an evaluation unit which is configured to recognise with reference to the received signal whether a light beam modulated by the modulation frequency was received, characterised in that the evaluation unit has two part reception paths at whose inputs the respective received signal is applied and whose respective part output signals are supplied to an adding element, wherein each part reception path has a mixing element (32a-b), an integral element (34a-b) and an amount element (36a-b); in that a first signal of the modulation frequency is applied to the mixing element (32a-b) of the first part reception path and a second signal of the modulation frequency is applied to the mixing element (32b-a) of the second part reception path, said second signal being phase-shifted with respect to the first signal; and in that the evaluation unit (26, 40) evaluates the output signal of the adding element to recognise whether a light beam modulated by the modulation frequency was received.
Method for operating a surface treatment plant, in which a) overspray, which occurs in a coating booth, is taken up by an airflow; b) the overspray-laden airflow is fed as an exhaust airflow to at least one separating unit in which the overspray is separated out; c) a filtration auxiliary material, which features a separation aggregate state, is fed to the exhaust airflow in a feed region upstream of the at least one separating unit and/or in an interior of the at least one separating unit, the filtration auxiliary material and the overspray forming a separation mixture which is deposited in or on the at least one separating unit, wherein d) a filtration auxiliary material, which is solid or liquid in the separation aggregate state is used, characterized in that e) conditions are created in the at least one separating unit in which the filtration auxiliary material changes from the separation aggregate state into a gaseous aggregate state so that the gaseous filtration a auxiliary id material can separate from the separation mixture. a) overspray, which occurs in a coating booth, is taken up by an airflow; b) the overspray-laden airflow is fed as an exhaust airflow to at least one separating unit in which the overspray is separated out; c) a filtration auxiliary material, which features a separation aggregate state, is fed to the exhaust airflow in a feed region upstream of the at least one separating unit and/or in an interior of the at least one separating unit, the filtration auxiliary material and the overspray forming a separation mixture which is deposited in or on the at least one separating unit, wherein d) a filtration auxiliary material, which is solid or liquid in the separation aggregate state is used, characterized in that e) conditions are created in the at least one separating unit in which the filtration auxiliary material changes from the separation aggregate state into a gaseous aggregate state so that the gaseous filtration a auxiliary id material can separate from the separation mixture.
Method for producing an organic radiation-emitting component, comprising the following steps: A) providing an organic radiation-emitting layer sequence having at least one organic functional layer suitable for emitting electromagnetic radiation during operation, and a transparent layer, B) applying a transparent radiation coupling-out layer having a surface structure on a surface of the transparent layer which is remote from the at least one functional layer by means of spray coating, characterized in that - method step B comprises the following substeps: B1) applying a first material by spray coating, and B2) applying a second material to the first material by spray coating, or - in that, in method step B, at least two materials (61, 62) which are insoluble in one another are applied. A) providing an organic radiation-emitting layer sequence having at least one organic functional layer suitable for emitting electromagnetic radiation during operation, and a transparent layer, B) applying a transparent radiation coupling-out layer having a surface structure on a surface of the transparent layer which is remote from the at least one functional layer by means of spray coating, - method step B comprises the following substeps: B1) applying a first material by spray coating, and B2) applying a second material to the first material by spray coating, or B1) applying a first material by spray coating, and B2) applying a second material to the first material by spray coating, or - in that, in method step B, at least two materials (61, 62) which are insoluble in one another are applied.
A method of making a product with a functional relief surface with high resolution up to 10 nm, which is copied from a master comprising a template or carrier of a negative relief of the relief surface, wherein the template of the relief surface is provided with at least one layer of geopolymer composite, applied in a precursor state in the form of a liquid dispersion or grout in plastic or thixotropic condition, whose thickness is the same or greater than the depth of the template relief, at temperatures in a range from a temperature corresponding to the cryoscopic properties of the precursor to a temperature corresponding to the thermal decomposition of the precursor, and after hardening of the geopolymer composite the layer or layers is/are separated from the template.