mhurhangee/ep-ind-claims huggingface dataset:
A thermoformed plastic container comprising a secondary recess extending along the full circumference of the container externally to a sealing flange at the top of a side wall of the container, wherein the container is designed in such a way that, when two such containers are stacked on top of each other, the secondary recess of the uppermost of the two containers rests on the lowermost of the two containers, wherein the container further comprises one or more denesting features arranged on the secondary recess, characterized in that the one or more denesting features are designed in such a way that, when two such containers are stacked on top of each other, the secondary recess of the uppermost of the two containers rests on the denesting features of the lowermost of the two containers.
A compound capable of modulating the activity of OMA1 for use in the treatment, prevention and/or amelioration of a disorder or disease correlated with mitochondrial dysfunction, or a mitochondrial disorder or disease, wherein the compound is ribavirin.
A User Equipment, UE, having a connected state and an idle state for use in a cellular communications network, the UE comprising: means for logging, whilst in the idle state, historic data identifying the UEs location, and UE measurements performed in idle for the purposes of intra-frequency/inter-frequency/inter-RAT cell selection/reselection; and means for reporting the logged historic data to a network communications device, at a point in time when the UE is in the connected state. means for logging, whilst in the idle state, historic data identifying the UEs location, and UE measurements performed in idle for the purposes of intra-frequency/inter-frequency/inter-RAT cell selection/reselection; and means for reporting the logged historic data to a network communications device, at a point in time when the UE is in the connected state.
A multi-purpose phacoemulsification needle, comprising: a needle body disposed about a centerline and having a lumen therethrough, and a distal tip, the lumen having a primary surface having a first internal diameter; and a proximal end adapted for attachment to a phacoemulsification handpiece; the lumen comprising at least three fins having isolated distal ends protruding inwardly from the lumen primary surface, the fins configured such that a circle passing through the distal ends of the fins has a second diameter that is less than the first internal diameter, the fins each having a longitudinal extent along the centerline that is greater than the first internal diameter, wherein each of the fins has a distal face, and characterised in that: the distal faces are combined to form part of an internal cavity between the fins and the distal tip. a needle body disposed about a centerline and having a lumen therethrough, and a distal tip, the lumen having a primary surface having a first internal diameter; and a proximal end adapted for attachment to a phacoemulsification handpiece; the lumen comprising at least three fins having isolated distal ends protruding inwardly from the lumen primary surface, the fins configured such that a circle passing through the distal ends of the fins has a second diameter that is less than the first internal diameter, the fins each having a longitudinal extent along the centerline that is greater than the first internal diameter, wherein each of the fins has a distal face, and characterised in that: the distal faces are combined to form part of an internal cavity between the fins and the distal tip.
A non-axial working End-of-Content mechanism comprising: A first element (30, 109) having a first internal surface (36, 136) with a first internal diameter, An EoC element (50, 150) having a second external surface (56, 156) with a second external diameter (d) being smaller that the first internal diameter and which EoC element (50, 150) is located inside the first internal diameter of the first element (30, 109), Wherein the first element (30, 109) has a first centre axis, and the EoC element (50, 150) has a second centre axis being dislocated in relation to the first centre axis and wherein the second external surface (56, 156) of the EoC element (50, 150) engages with the first internal surface (36, 136) of the first element (30, 109), and wherein, the first element (30, 109) and the EoC element (50, 150) rotates relatively to each other in a gearing ratio, and wherein stopping means (45, 55; 113, 155)) are provided for stopping the relative rotation of the first element and the EoC element in a predetermined position. A first element (30, 109) having a first internal surface (36, 136) with a first internal diameter, An EoC element (50, 150) having a second external surface (56, 156) with a second external diameter (d) being smaller that the first internal diameter and which EoC element (50, 150) is located inside the first internal diameter of the first element (30, 109), Wherein the first element (30, 109) has a first centre axis, and the EoC element (50, 150) has a second centre axis being dislocated in relation to the first centre axis and wherein the second external surface (56, 156) of the EoC element (50, 150) engages with the first internal surface (36, 136) of the first element (30, 109), and wherein, the first element (30, 109) and the EoC element (50, 150) rotates relatively to each other in a gearing ratio, and wherein stopping means (45, 55; 113, 155)) are provided for stopping the relative rotation of the first element and the EoC element in a predetermined position.
Method for feeding process gases and regulating the waste gas volume to improve oven pressure stabilisation with glass melting and purifying processes in cross-firing ends or melting ends with regenerative heaters, where with a firing change between two regenerative heaters as well as pressure fluctuations occurring through cleaning systems, detoxification systems and heat exchanger systems contained in the waste gas flow a suction draught bypass is opened and closed in a suction draught, characterised in that, the waste gases are directed from a chimney of a conditioner via a bypass into a main waste gas channel of the cross-firing end where in the chimney at least one regulating flap and/or in the bypass at least one regulating flap are opened and closed where opening and closing the regulating flaps (7a, 7b) is affected by the process-determining variables of the oven pressure and the waste gas volume flow and these process-determining variables are recorded by at least one oven pressure sensor and at least one waste gas volume sensor and these measurands are transmitted at regular intervals to a control unit for the regulating flaps (7a, 7b).
A method of manufacturing titanium material less susceptible to discoloration comprising: heat treating a titanium material in a vacuum or argon atmosphere, then dissolving the surface of the titanium material in an aqueous solution of hydrofluoric and nitric acids, and subsequently heating the titanium material at a temperature between 300 and 900°C in a vacuum or inert gas atmosphere, wherein the titanium material has an oxide film not more than 10 nm (100 Ångstroms) in thickness on the surface thereof and contains not more than 5at% fluorine and not more than 20 at % carbon in said oxide film. heat treating a titanium material in a vacuum or argon atmosphere, then dissolving the surface of the titanium material in an aqueous solution of hydrofluoric and nitric acids, and subsequently heating the titanium material at a temperature between 300 and 900°C in a vacuum or inert gas atmosphere, wherein the titanium material has an oxide film not more than 10 nm (100 Ångstroms) in thickness on the surface thereof and contains not more than 5at% fluorine and not more than 20 at % carbon in said oxide film.
A phillygenin glucuronic acid derivative, as a solo active ingredient for use in the prevention and/or treatment of influenza viruses, where the derivative is represented by general molecular formula shown as a formula: wherein, R 1 =H, R 2 =C n H 2n+1, R 3 =C n H 2n+1 or R 1 =C n H 2n+1, R 2 =C n H 2n+1, R 3 =H or R 1 -R 2 =-CH 2 -, R 3 =C n H 2n+1; n=1.
A treatment device for the treatment of a metal article for treatment, wherein the article for treatment is a wire or a wire part, wherein the treatment comprises at least pickling and phosphating of the article for treatment, wherein a protective layer is produced on the surface of the article for treatment by means of the phosphating, wherein the treatment device comprises at least the following specified apparatus: a treatment container for receiving the article for treatment and for receiving a flowable treatment substance, a pump apparatus for circulating at least a proportion of the treatment substance, wherein the treatment substance can flow around at least a portion of the article for treatment, in particular the entire article for treatment, and wherein an apparatus for applying ultrasound to the article for treatment and/or the treatment substance is disposed in or on the treatment container, wherein the application of the ultrasound brings about a movement of at least portions of the article for treatment, wherein the ultrasound apparatus is disposed on a retaining apparatus which receives the article for treatment in the form of a wire or a wire coil. a treatment container for receiving the article for treatment and for receiving a flowable treatment substance, a pump apparatus for circulating at least a proportion of the treatment substance, wherein the treatment substance can flow around at least a portion of the article for treatment, in particular the entire article for treatment, and wherein an apparatus for applying ultrasound to the article for treatment and/or the treatment substance is disposed in or on the treatment container, wherein the application of the ultrasound brings about a movement of at least portions of the article for treatment, wherein the ultrasound apparatus is disposed on a retaining apparatus which receives the article for treatment in the form of a wire or a wire coil.
A berth comprising side members, crossmembers, corner elements and a canvas, each corner element comprising two holes, one of which receives a crossmember, the other of which receives a side member so as to form, in the assembled state of the side members and the crossmembers by means of the corner elements, a quadrangular frame inside which the canvas can be at least partially positioned, each corner element comprising a so-called lower face provided with a foot and an opposite so-called upper face provided with a recess aligned on said foot, each corner element comprising a lower part provided with a so-called lower lip and an upper part provided with a so-called upper lip, said upper and lower parts being assembled to one another with the upper and lower lips arranged on either side of the canvas in the assembled state of said parts (11, 13), characterized in that the quadrangular canvas is provided, at each of its corners, with a through piercing, in that one of the upper and lower parts of each corner element comprises a stud passing through the through piercing of the canvas in the state of the canvas inserted between the upper and lower parts, the other of said parts comprising a shape complementary to said stud configured to cooperate by nesting with said stud in the assembled state of said lower and upper parts to form a retaining member of the canvas, and in that the upper and lower lips of the upper and lower parts overlap at least partially over at least part of their length in the assembled state of the upper and lower parts with respect to one another.
A buffer processing method, comprising: triggering, by user equipment, UE, a direct link buffer status report, wherein the direct link buffer status report is at least used to report an amount of buffered data generated by the UE for a first service, and the first service is currently transmitted in a device-to-device, D2D direct communication mode; and when the UE determines to transmit the first service in a different mode, stopping, by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station characterized in that the different mode is a base station relay mode, wherein the stopping, by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station comprises: skipping, by the UE when sending the direct link buffer status report to the base station, adding the amount of the buffered data generated by the UE for the first service. triggering, by user equipment, UE, a direct link buffer status report, wherein the direct link buffer status report is at least used to report an amount of buffered data generated by the UE for a first service, and the first service is currently transmitted in a device-to-device, D2D direct communication mode; and when the UE determines to transmit the first service in a different mode, stopping, by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station characterized in that the different mode is a base station relay mode, wherein the stopping, by the UE, reporting the amount of the buffered data generated by the UE for the first service to a base station comprises: skipping, by the UE when sending the direct link buffer status report to the base station, adding the amount of the buffered data generated by the UE for the first service.
A water-based ink comprising an azomethine metal complex pigment, an aromatic group-containing polymer, an organic solvent and water, in which: a mass ratio of the azomethine metal complex pigment to the aromatic group-containing polymer [ /] is not less than 1.4 and not more than 3.2; and the aromatic group-containing polymer is a crosslinked polymer obtained by crosslinking an aromatic group-containing polymer (b) having an acid value of not less than 80 mgKOH/g and not more than 400 mgKOH/g with a water-insoluble polyfunctional epoxy compound (c), the azomethine metal complex pigment is a metal complex pigment comprising an azomethine compound as a ligand and a divalent or trivalent ion of a metal selected from the group consisting of Fe, Co, Ni and Zn, a boiling point of the organic solvent is not lower than 90°C and not higher than 250°C, and a content of the organic solvent in the water-based ink is not less than 20% by mass and not more than 70% by mass. a mass ratio of the azomethine metal complex pigment to the aromatic group-containing polymer [ /] is not less than 1.4 and not more than 3.2; and the aromatic group-containing polymer is a crosslinked polymer obtained by crosslinking an aromatic group-containing polymer (b) having an acid value of not less than 80 mgKOH/g and not more than 400 mgKOH/g with a water-insoluble polyfunctional epoxy compound (c), the azomethine metal complex pigment is a metal complex pigment comprising an azomethine compound as a ligand and a divalent or trivalent ion of a metal selected from the group consisting of Fe, Co, Ni and Zn, a boiling point of the organic solvent is not lower than 90°C and not higher than 250°C, and a content of the organic solvent in the water-based ink is not less than 20% by mass and not more than 70% by mass.
A silage inoculant which as the active components only comprises (a) obligatory heterofermentative lactic acid bacteria of at least one of the species Lactobacillus brevis, Lactobacillus buchneri, Lactobacillus fermentum, and Lactobacillus reuteri; and (b) homofermentative lactic acid bacteria of at least one of the species Enterococcus and Lactococcus which do not reduce growth of (a) and which reduce pH fast without producing an excess amount of lactic acid. (a) obligatory heterofermentative lactic acid bacteria of at least one of the species Lactobacillus brevis, Lactobacillus buchneri, Lactobacillus fermentum, and Lactobacillus reuteri; and (b) homofermentative lactic acid bacteria of at least one of the species Enterococcus and Lactococcus which do not reduce growth of (a) and which reduce pH fast without producing an excess amount of lactic acid.
A method for printing with at least one bio-ink. Said method uses at least one laser print head to deposit at least one droplet of at least one bio-ink onto a depositing surface of a receiving substrate. Said method is characterized in that the printing method uses at least one nozzle print head (104, 104', 104") to deposit at least one droplet of at least one bio-ink onto a depositing surface of the same receiving substrate as the laser print head.
Transfer apparatus for transferring articles (4, 5, 6), comprising: - a conveying unit for conveying articles (4, 5, 6); - a sorting unit, which is designed for sorting articles (4, 5, 6) from the conveying unit; - a transfer unit, which forms a transporting connection between the conveying unit and the sorting unit; - wherein the transfer unit comprises a feeding unit, which is designed to convey the articles (4, 5, 6) onto a free space of the sorting unit determined for the article (4, 5, 6); characterised by - a discharging unit, which is positioned on a portion of the conveying unit and is designed to discharge an article (4, 5, 6) onto the transfer unit only when said article (4, 5, 6) is at a predefined minimum distance from a previously discharged article (4, 5, 6). - a conveying unit for conveying articles (4, 5, 6); - a sorting unit, which is designed for sorting articles (4, 5, 6) from the conveying unit; - a transfer unit, which forms a transporting connection between the conveying unit and the sorting unit; - wherein the transfer unit comprises a feeding unit, which is designed to convey the articles (4, 5, 6) onto a free space of the sorting unit determined for the article (4, 5, 6); - a discharging unit, which is positioned on a portion of the conveying unit and is designed to discharge an article (4, 5, 6) onto the transfer unit only when said article (4, 5, 6) is at a predefined minimum distance from a previously discharged article (4, 5, 6).
Handheld electric power tool comprising a drive train assembly arranged along a longitudinal axis of said tool, a housing adapted to receive said drive train assembly and a retaining ring wherein said housing comprises a first portion and a second portion adapted to, when assembled, form said housing including a conical outer surface portion, wherein said retaining ring comprises an inner surface, said inner surface comprising a conical inner surface portion adapted to cooperate with said conical outer surface portion such that a radial force is exerted on the first and second housing portions by means of the ring as the conical inner surface portion and the conical outer surface are axially displaced with respect to one another, thereby urging said first and second housing portion together, characterized in that the conical outer surface portion has a substantially circular cross section and said inner surface of said retaining ring further comprises threads. wherein said housing comprises a first portion and a second portion adapted to, when assembled, form said housing including a conical outer surface portion, wherein said retaining ring comprises an inner surface, said inner surface comprising a conical inner surface portion adapted to cooperate with said conical outer surface portion such that a radial force is exerted on the first and second housing portions by means of the ring as the conical inner surface portion and the conical outer surface are axially displaced with respect to one another, thereby urging said first and second housing portion together, characterized in that the conical outer surface portion has a substantially circular cross section and said inner surface of said retaining ring further comprises threads.
A method of broadcasting and multicasting data in wireless multi-carrier communication systems utilizing orthogonal frequency division multiplexing, OFDM, the OFDM communication systems having different FFT sizes from each other, wherein multiple data streams of various FFT sizes are multiplexed and transmitted, characterized by: processing a plurality of data streams to obtain a plurality of data symbol streams, one data symbol stream for each data stream; allocating transmission units to each of the plurality of data streams, each transmission unit corresponding to one subband in one symbol period and being usable to transmit one data symbol; mapping data symbols in each data symbol stream onto respective transmission units allocated to the corresponding data stream; and forming a composite symbol stream with data symbols, for the plurality of data streams, mapped onto the respective allocated transmission units, wherein each data stream is independently recoverable by a receiver based on the data symbols included in the composite symbol stream for the data stream, wherein said mapping comprises: mapping, for a system with X useable subbands, a slot containing 500 useable subbands into 4000/X interlaces over 4000/X consecutive OFDM symbols, each interlace being a group of subbands uniformly distributed across the X usable subbands, wherein X is an integer, and a size of said slot is fixed across different FFT sizes. processing a plurality of data streams to obtain a plurality of data symbol streams, one data symbol stream for each data stream; allocating transmission units to each of the plurality of data streams, each transmission unit corresponding to one subband in one symbol period and being usable to transmit one data symbol; mapping data symbols in each data symbol stream onto respective transmission units allocated to the corresponding data stream; and forming a composite symbol stream with data symbols, for the plurality of data streams, mapped onto the respective allocated transmission units, wherein each data stream is independently recoverable by a receiver based on the data symbols included in the composite symbol stream for the data stream, wherein said mapping comprises: mapping, for a system with X useable subbands, a slot containing 500 useable subbands into 4000/X interlaces over 4000/X consecutive OFDM symbols, each interlace being a group of subbands uniformly distributed across the X usable subbands, wherein X is an integer, and a size of said slot is fixed across different FFT sizes. mapping, for a system with X useable subbands, a slot containing 500 useable subbands into 4000/X interlaces over 4000/X consecutive OFDM symbols, each interlace being a group of subbands uniformly distributed across the X usable subbands, wherein X is an integer, and a size of said slot is fixed across different FFT sizes.
A flame resistant garment for firemen comprising: a woven fabric containing flame resistant fibers and shaped to cover at least a portion of a wearer's body, the woven fabric comprising background yarns woven with figure yarns, the background yarns and the figure yarns extending in both a warp direction and a fill direction, the background yarns and the figure yarns forming a repeat within the fabric, and wherein, within the repeat, the figure yarns forming a pattern of discrete ornamental designs, wherein the repeat is formed from 6 yarns to 20 yarns in the warp direction that intersect with 6 yarns to 20 yarns in the fill direction, characterized in that the fabric is woven with a diamond twill weave, wherein the pattern of ornamental discrete designs comprises a spiral pattern including spiral figures, wherein the spiral figures are interconnected along a diagonal direction while not being connected in the warp or fill direction, and wherein, within the repeat, the background yarns and the figure yarns are present in a ratio in the warp direction of 1:1 and are present at a ratio in the fill direction of 1:1.