mhurhangee/ep-ind-claims huggingface dataset:
Apparatus (100, 200, 300) for crimping a sheet of material, the apparatus comprising: • a first and a second facing crimping rollers (9, 10) defining a first and a second rotational axis (1, 22), respectively, the first and second axis (1, 22) being parallel to each other, wherein at least one of the first and second crimping roller (9, 10) includes a plurality of corrugations; • characterised in that it further comprises: • an angle changing device (14, 16, 17), the angle changing device being adapted to change a crimping angle formed between a fixed reference plane and a movable plane containing the first and the second rotational axis (1, 22). • a first and a second facing crimping rollers (9, 10) defining a first and a second rotational axis (1, 22), respectively, the first and second axis (1, 22) being parallel to each other, wherein at least one of the first and second crimping roller (9, 10) includes a plurality of corrugations; • characterised in that it further comprises: • an angle changing device (14, 16, 17), the angle changing device being adapted to change a crimping angle formed between a fixed reference plane and a movable plane containing the first and the second rotational axis (1, 22).
A method for producing a low-substituted hydroxypropylcellulose powder having a molar substitution number per anhydrous glucose unit of 0.05 to 1.0, which is insoluble in water and swollenable by absorbing water, comprising the steps of: adding an aqueous sodium hydroxide solution to powdered pulp in such a manner that weight ratio of sodium hydroxide with respect to anhydrous cellulose is 0.1 to 0.3 so as to obtain alkali cellulose; etherifying the obtained alkali cellulose so as to obtain a crude reaction product; neutralizing the sodium hydroxide contained in the obtained crude reaction product without performing a step of dissolving part or whole of the crude reaction product, wherein the crude reaction product is loaded into water or hot water containing acid in an amount equivalent to the sodium hydroxide, or water or hot water containing the equivalent amount of acid is added to the crude reaction product; washing and dehydrating the resultant; drying; and pulverizing using by compaction-grinding, wherein a mill for the compaction-grinding is selected from a roller mill, a ball mill, a bead mill and a millstone mill. adding an aqueous sodium hydroxide solution to powdered pulp in such a manner that weight ratio of sodium hydroxide with respect to anhydrous cellulose is 0.1 to 0.3 so as to obtain alkali cellulose; etherifying the obtained alkali cellulose so as to obtain a crude reaction product; neutralizing the sodium hydroxide contained in the obtained crude reaction product without performing a step of dissolving part or whole of the crude reaction product, wherein the crude reaction product is loaded into water or hot water containing acid in an amount equivalent to the sodium hydroxide, or water or hot water containing the equivalent amount of acid is added to the crude reaction product; washing and dehydrating the resultant; drying; and pulverizing using by compaction-grinding, wherein a mill for the compaction-grinding is selected from a roller mill, a ball mill, a bead mill and a millstone mill.
A method of making a cell culture medium capable of supporting the cultivation of an animal cell in vitro, the method comprising: adding at least one hydrolysate of rice protein to a basal medium to form a cell culture medium, wherein the cell culture medium is devoid of animal products. adding at least one hydrolysate of rice protein to a basal medium to form a cell culture medium, wherein the cell culture medium is devoid of animal products.
A wireless transmit/receive unit, WTRU, comprising: a receiver; a transmitter; and a processor, wherein the processor: causes the transmitter to transmit to a base station a random access procedure preamble over a random access channel; processes a response received by the receiver from the base station, the response being responsive to the transmitted random access procedure preamble; and characterized in that: the response identifies resources for transmission of a message for uplink contention based access using a hybrid automatic repeat request, HARQ, process by the WTRU; and in that the processor further causes the transmitter to transmit to the base station the message a number of times using the allocated resources, wherein the number of times that the WTRU is to transmit the message using the HARQ process is received by the WTRU from the base station during a random access procedure, and wherein the message is different from the random access procedure preamble. a receiver; a transmitter; and a processor, wherein the processor: causes the transmitter to transmit to a base station a random access procedure preamble over a random access channel; processes a response received by the receiver from the base station, the response being responsive to the transmitted random access procedure preamble; and characterized in that: the response identifies resources for transmission of a message for uplink contention based access using a hybrid automatic repeat request, HARQ, process by the WTRU; and in that the processor further causes the transmitter to transmit to the base station the message a number of times using the allocated resources, wherein the number of times that the WTRU is to transmit the message using the HARQ process is received by the WTRU from the base station during a random access procedure, and wherein the message is different from the random access procedure preamble. causes the transmitter to transmit to a base station a random access procedure preamble over a random access channel; processes a response received by the receiver from the base station, the response being responsive to the transmitted random access procedure preamble; and characterized in that: the response identifies resources for transmission of a message for uplink contention based access using a hybrid automatic repeat request, HARQ, process by the WTRU; and in that the processor further causes the transmitter to transmit to the base station the message a number of times using the allocated resources, wherein the number of times that the WTRU is to transmit the message using the HARQ process is received by the WTRU from the base station during a random access procedure, and wherein the message is different from the random access procedure preamble.
Method for the electrolytic surface modification of a flat metal workpiece, in which at least one surface of the flat metal workpiece is anodically poled in a treatment liquid and an anodic dissolving process is thereby induced, and then the at least one surface of the flat metal workpiece is cathodically poled in the treatment liquid and a cathodic deposition process is thereby induced for the deposition of one or more metals on the at least one surface of the flat metal workpiece, characterized in that a conductive liquid based on sulphuric acid/sulphate solutions of copper is used as treatment liquid and the treatment liquid further contains one or more members selected from the group consisting of: yttrium, lanthanum and lanthanoids, wherein the ratio between (i) the sum of the amount-of-substance fractions of yttrium, lanthanum and/or the lanthanoids, and (ii) the amount-of-substance fraction of copper is 0.0182 or more, preferably 0.0182 to 0.127.
An injector for a large slow-running two-stroke engine, the injector comprising - a nozzle with a nozzle aperture for extending into the cylinder and injecting lubricant into the cylinder in the injection phase; - an outlet-valve system at the nozzle for opening and closing for flow of lubricant to the nozzle aperture during an injection cycle; the outlet-valve system comprising a non-return outlet-valve arranged for opening for lubricant flow to the nozzle aperture upon pressure rise above a predetermined pressure level at the non-return outlet-valve in the injection phase; - a front chamber for containing lubricant and communicating with the outlet-valve system and being configured for ejection of at least a portion of the lubricant in the front chamber through the outlet-valve system upon pressurization of the front chamber in the injection phase; characterized in that the injector comprises a hydraulic-driven multi-step piston-based pumping-system, the pumping-system comprising a hydraulically-driven plunger-member, and wherein the pumping-system is configured for driving the plunger-member in multiple consecutive steps before retraction of the plunger-member for pressurising the lubricant inside the front-chamber to above the predetermined limit in each of such multiple steps for consecutive injection of multiple predetermined portions of lubricant from the front chamber through the outlet-valve system and the nozzle aperture into the cylinder before retraction of the plunger-member and refilling of lubricant into the front chamber. - a nozzle with a nozzle aperture for extending into the cylinder and injecting lubricant into the cylinder in the injection phase; - an outlet-valve system at the nozzle for opening and closing for flow of lubricant to the nozzle aperture during an injection cycle; the outlet-valve system comprising a non-return outlet-valve arranged for opening for lubricant flow to the nozzle aperture upon pressure rise above a predetermined pressure level at the non-return outlet-valve in the injection phase; - a front chamber for containing lubricant and communicating with the outlet-valve system and being configured for ejection of at least a portion of the lubricant in the front chamber through the outlet-valve system upon pressurization of the front chamber in the injection phase;
A building structure having a façade or a part of a façade made from a plurality of building elements and being assembled into a composite multi-element structure including elements extending horizontally and elements extending vertically, each building element comprising: a glass panel defining an outer circumferential rim including at least two rectilinear segments, a first one of which defines a first length and a second one of which defines a second length, said glass panel having a specific coefficient of thermal expansion, a first pultruded element having a length corresponding to said first length, a second pultruded element having a length corresponding to said second length, wherein said first and second pultruded elements are adhered in a high strength integral adhesion to said glass panel along said first and second rectilinear segments, respectively, and said pultruded elements having a content of reinforcing fibres for providing a coefficient of thermal expansion of said pultruded elements substantially corresponding to said specific coefficient of thermal expansion of said glass panel, wherein said fibres comprise glass fibres and said glass panel is a self supporting glass panel, characterized in that the building elements are joined together by means of bolts and nuts (32,34) positioned and received in through-going bores (36,38) of the pultruded elements (12,14). a glass panel defining an outer circumferential rim including at least two rectilinear segments, a first one of which defines a first length and a second one of which defines a second length, said glass panel having a specific coefficient of thermal expansion, a first pultruded element having a length corresponding to said first length, a second pultruded element having a length corresponding to said second length, wherein said first and second pultruded elements are adhered in a high strength integral adhesion to said glass panel along said first and second rectilinear segments, respectively, and said pultruded elements having a content of reinforcing fibres for providing a coefficient of thermal expansion of said pultruded elements substantially corresponding to said specific coefficient of thermal expansion of said glass panel, wherein said fibres comprise glass fibres and said glass panel is a self supporting glass panel, characterized in that the building elements are joined together by means of bolts and nuts (32,34) positioned and received in through-going bores (36,38) of the pultruded elements (12,14).
A washing machine comprising: a tub containing wash water; a drum rotating inside the tub and having more than one inlet (721F, 721R) to introduce wash water contained in the tub; a lifter forming together with the drum a chamber that holds wash water introduced through the inlets (721F, 721R), the lifter having a plurality of discharge holes (76F, 76R) through which wash water within the chamber is discharged into the drum during the rotation of the drum, the lifter comprising a first side surface facing toward a first rotation direction of the drum and a second side surface facing toward a second rotation direction of the drum; and a partition dividing the chamber into a front chamber and a rear chamber along a longitudinal direction of the drum, wherein the inlets (721F, 721R) comprise a first inlet which communicates with the front chamber and a second inlet which communicates with the rear chamber; characterized in that the partition is disposed at an oblique angle with respect to a circumferential line of the drum, and the partition has a front end at the first side surface and a rear end at the second side surface, wherein the first side surface has a first discharge hole which communicates with the front chamber and the second side surface has a second discharge hole which communicates with the rear chamber. a tub containing wash water; a drum rotating inside the tub and having more than one inlet (721F, 721R) to introduce wash water contained in the tub; a lifter forming together with the drum a chamber that holds wash water introduced through the inlets (721F, 721R), the lifter having a plurality of discharge holes (76F, 76R) through which wash water within the chamber is discharged into the drum during the rotation of the drum, the lifter comprising a first side surface facing toward a first rotation direction of the drum and a second side surface facing toward a second rotation direction of the drum; and a partition dividing the chamber into a front chamber and a rear chamber along a longitudinal direction of the drum, wherein the inlets (721F, 721R) comprise a first inlet which communicates with the front chamber and a second inlet which communicates with the rear chamber; characterized in that the partition is disposed at an oblique angle with respect to a circumferential line of the drum, and the partition has a front end at the first side surface and a rear end at the second side surface, wherein the first side surface has a first discharge hole which communicates with the front chamber and the second side surface has a second discharge hole which communicates with the rear chamber.
A spring-force clamping element comprising a spring housing, which includes an insertion region for inserting an electric conductor, and in which a busbar and a clamping spring are disposed, so that an electric conductor inserted in the spring housing may be clamped at a clamping point between the clamping spring and the busbar, wherein the spring-force clamping element includes a pivoting lever, which may be pivoted to open the clamping point in a pivot direction about a pivot axis, and which includes a contact geometry, which presses the clamping spring in the pivot direction when the clamping point is opened, and wherein the pivoting lever includes an axial side and an actuating side, and wherein the contact geometry is disposed between the axial side and the actuating side, characterized in that - the contact geometry is disposed between an insertion region of the spring housing and the clamping spring; and - a guide contour is provided on the pivoting lever, which in an assembled state of the spring-force clamping element is disposed between the clamping limb and a support limb of the clamping spring. - the contact geometry is disposed between an insertion region of the spring housing and the clamping spring; and - a guide contour is provided on the pivoting lever, which in an assembled state of the spring-force clamping element is disposed between the clamping limb and a support limb of the clamping spring.
A bioprocess for the preparation of glycosylated Colchicine, its analogs and derivatives of formula wherein the process is biotransformation, X represents O or S, and R 1 represents C 1 -C 6 alkyl, R 2 is a glycoside residue, R represents hydrogen, C 1 -C 6 alkyl, formyl or acetyl, which comprises contacting colchicines, its analogs and derivatives of formula wherein X represents O or S, and R 1 represents C 1 -C 6 alkyl, R 3 represents hydrogen or methyl group, R represents hydrogen, C 1 -C 6 alkyl, formyl or acetyl, with Bacillus aryabhattai in a suitable condition and isolating glycosylated colchicines, its analogs and derivatives of formula, wherein the biotransformation is carried using a microorganism of the species Bacillus aryabhattai, a gram positive bacterium with accession number MTCC 5875.
Method for converting a cryostat configuration comprising a room temperature vacuum container containing a first container with a liquid helium bath, the operating temperature of which is kept below 5K by means of helium evaporation, wherein the room temperature vacuum container additionally contains a second container into which coolant lines are guided and which is filled with liquid nitrogen for thermally shielding the first container and can be kept at an operating temperature of between 75 and 80K by means of nitrogen evaporation, characterized in that a fluid cooling medium is introduced into the second container which is gaseous at a temperature of 60K and a pressure of 1 bar and has a substantially lower boiling point than nitrogen, and the cooling medium is cooled in the gaseous state to an operating temperature of ≤60K by a refrigerator by means of a cooling circuit, the coolant lines of which are guided into the second container.
A melt-blended composition comprising the product of melt-blending a pre-blended composition comprising, based on the total weight of the pre-blended composition: 43 to 87 weight percent of a poly(phenylene ether); 10 to 20 weight percent of an organophosphate ester flame retardant; 6 to 22 weight percent of a surface energy reducing agent selected from the group consisting of polytrifluoroethylenes, polytetrafluoroethylenes, polyhexafluoropropylenes, tetrafluoroethylene-hexafluoropropylene copolymers, poly(vinyl fluoride)s, poly(vinylidene fluoride)s, polychlorotrifluoroethylenes, polydimethylsiloxanes, silicone oils, paraffins, and combinations thereof; and 0 to 30 weight percent of mineral filler. 43 to 87 weight percent of a poly(phenylene ether); 10 to 20 weight percent of an organophosphate ester flame retardant; 6 to 22 weight percent of a surface energy reducing agent selected from the group consisting of polytrifluoroethylenes, polytetrafluoroethylenes, polyhexafluoropropylenes, tetrafluoroethylene-hexafluoropropylene copolymers, poly(vinyl fluoride)s, poly(vinylidene fluoride)s, polychlorotrifluoroethylenes, polydimethylsiloxanes, silicone oils, paraffins, and combinations thereof; and 0 to 30 weight percent of mineral filler.
An electromagnetic wave emitter, comprising: - a reverberation cavity; - at least one primary antenna for emitting a primary electromagnetic wave in the reverberation cavity under the action of an excitation signal; - a plurality of secondary antennae each comprising an emission part outside the reverberation cavity and a reception part inside the reverberation cavity, each secondary antenna being adapted so that the emission part emits a secondary electromagnetic wave outside the reverberation cavity under the action of an excitation electromagnetic wave received by the reception part; - a system for generating an excitation signal of the one or of each primary antenna; and - a unit for transmitting the excitation signal to the one or to each primary antenna; characterised in that each secondary antenna is adapted to switch between an on state, in which the emission and reception parts of the secondary antenna are electromagnetically coupled to each other, so that the reception of an excitation electromagnetic wave by the reception part results in the emission of a secondary electromagnetic wave by the emission part, and an off state, in which the emission and reception parts are electromagnetically decoupled from each other, so that the reception of an electromagnetic wave by the reception part does not affect the emission part. - a reverberation cavity; - at least one primary antenna for emitting a primary electromagnetic wave in the reverberation cavity under the action of an excitation signal; - a plurality of secondary antennae each comprising an emission part outside the reverberation cavity and a reception part inside the reverberation cavity, each secondary antenna being adapted so that the emission part emits a secondary electromagnetic wave outside the reverberation cavity under the action of an excitation electromagnetic wave received by the reception part; - a system for generating an excitation signal of the one or of each primary antenna; and - a unit for transmitting the excitation signal to the one or to each primary antenna;
A method for wireless communication in which a network device sends a primary synchronization signal and a secondary synchronization signal to a user equipment, the user equipment using the secondary synchronization signal to determine cell identification information, the method comprising: generating, by the network device, a primary synchronization signal sequence s ( n) and a secondary synchronization signal sequence, wherein the primary synchronization signal sequence s ( n) is based on a sequence c ( n), wherein the sequence c ( n) is a m-sequence, and the secondary synchronization signal sequence is a Gold sequence based on a sequence f 1 ( n) and a sequence f 2 ( n), wherein the sequence f 1 ( n) and the sequence f 2 ( n) are m-sequences, and the sequence f 1 ( n) has a same recursion formula as the sequence c ( n); and mapping, by the network device, the primary synchronization signal sequence onto subcarriers of a first time unit to obtain the primary synchronization signal and mapping the secondary synchronization signal sequence onto subcarriers of a second time unit to obtain the secondary synchronization signal. generating, by the network device, a primary synchronization signal sequence s ( n) and a secondary synchronization signal sequence, wherein the primary synchronization signal sequence s ( n) is based on a sequence c ( n), wherein the sequence c ( n) is a m-sequence, and the secondary synchronization signal sequence is a Gold sequence based on a sequence f 1 ( n) and a sequence f 2 ( n), wherein the sequence f 1 ( n) and the sequence f 2 ( n) are m-sequences, and the sequence f 1 ( n) has a same recursion formula as the sequence c ( n); and mapping, by the network device, the primary synchronization signal sequence onto subcarriers of a first time unit to obtain the primary synchronization signal and mapping the secondary synchronization signal sequence onto subcarriers of a second time unit to obtain the secondary synchronization signal.