mhurhangee/ep-ind-claims huggingface dataset:
An electrical power tool comprising: a motor having a drive shaft; a casing accommodating at least the motor; a piston driven by a rotary motion of the drive shaft; an intermediate shaft extending parallel to the drive shaft and driven to rotate by the rotary motion of the drive shaft, the intermediate shaft defining an axial direction; a motion conversion mechanism (52, 53) disposed on the intermediate shaft and capable of moving in association with the intermediate shaft for converting the rotary motion of the drive shaft to a reciprocating motion, the motion conversion mechanism comprising a first motion conversion mechanism that is connected to the piston and moves the piston in a reciprocating motion in directions substantially parallel to the axial direction of the intermediate shaft; and a plurality of types of anti-vibration mechanism (30, 55) accommodated in the casing, characterized in that the plurality of anti-vibration mechanisms comprises a compulsive anti-vibration mechanism and a passive anti-vibration mechanism, wherein the compulsive anti-vibration mechanism includes a first counterweight (55; 155; 255) capable of reciprocating in directions - substantially parallel to the axial direction of the intermediate shaft in opposite phase to and in interlocking relation to the reciprocating motion of the piston, and wherein the passive anti-vibration mechanism includes a second counterweight (31; 141; 231) capable of reciprocating in directions of the reciprocating motion of the piston due to a vibration applied to the motor and the casing.
Device for testing and adjusting a bicycle to a rider in order to obtain an optimum static and/or dynamic seat position for the rider on the bicycle, wherein the device has at least two supporting points (6, 7) for supporting the wheel axles (4, 5), the wheel axle fastening points or the wheels, wherein each supporting point (6, 7) has a force- or pressure-transfer means (8, 9), characterized in that the force- or pressure-transfer means (8, 9) has on its underside at least two support points, preferably three or four support points, which lie in a horizontal plane and the downwardly directed pressure of which is in each case sensed by a force or pressure sensor, wherein the force or pressure sensors are formed by at least one force- or pressure-measuring plate, on which the support points rest, wherein the force- or pressure-measuring plate is divided into a multiplicity of sensor area portions, which each have at least one force or pressure sensor.
A base station (101, 1401) for communicating with a terminal (102, 1402, 1403, 1504) in a cell using a sub-frame including a plurality of resource block pairs, comprising: a transmission unit configured to transmit control information for the terminal (102, 1402, 1403, 1504) on a second control channel mapped to a second control channel region, the second control channel region being configured to be different from a first control channel region to which a first control channel is mapped; and a higher layer unit configured to configure a sub-frame, by using a bitmap in a radio resource control signalling, indicating the sub-frame in which the terminal monitors the second control channel, wherein the first control channel region is a region specific to the cell in the sub-frame, and the second control channel region is a region configured to be specific to the terminal (102, 1402, 1403, 1504) in the sub-frame. a transmission unit configured to transmit control information for the terminal (102, 1402, 1403, 1504) on a second control channel mapped to a second control channel region, the second control channel region being configured to be different from a first control channel region to which a first control channel is mapped; and a higher layer unit configured to configure a sub-frame, by using a bitmap in a radio resource control signalling, indicating the sub-frame in which the terminal monitors the second control channel, wherein the first control channel region is a region specific to the cell in the sub-frame, and the second control channel region is a region configured to be specific to the terminal (102, 1402, 1403, 1504) in the sub-frame.
An appliance configured to perform a cycle of operation to complete a physical operation on an article, comprising: at least one component, capable of being interlinked through a network with at least a node and capable of being operable by a network command sent from the node; the at least one component having means configured to generate a plurality of messages and configured to enable transmission of at least one of the plurality of messages through the network; wherein a firewall mechanism adapted to restrict access to command execution on the appliance by the node by way of a firewall table of executable commands deemed to be behind the firewall, wherein the firewall is adapted to permit access to the node to all the commands in front of the firewall, these being the commands not listed in the firewall table; and wherein the firewall is adapted to permit access to the node to the commands behind the firewall at one of three levels of security access upon successful submission of a password. at least one component, capable of being interlinked through a network with at least a node and capable of being operable by a network command sent from the node; the at least one component having means configured to generate a plurality of messages and configured to enable transmission of at least one of the plurality of messages through the network; wherein a firewall mechanism adapted to restrict access to command execution on the appliance by the node by way of a firewall table of executable commands deemed to be behind the firewall, wherein the firewall is adapted to permit access to the node to all the commands in front of the firewall, these being the commands not listed in the firewall table; and wherein the firewall is adapted to permit access to the node to the commands behind the firewall at one of three levels of security access upon successful submission of a password.
A chamber configured for use within a humidification system, comprising: an aperture configured to receive a sensor; a wall; an inlet; an outlet, and a passive cooling mechanism comprising a fin or a plurality of fins protruding from the chamber, the passive cooling mechanism is removably coupled to the chamber, wherein the chamber is configured to hold a volume of liquid, and the chamber is configured to allow gases to pass over the volume of liquid from the inlet of the chamber to the outlet of the chamber, and the wall of the chamber is configured to facilitate heat loss from the gases in the chamber. an aperture configured to receive a sensor; a wall; an inlet; an outlet, and a passive cooling mechanism comprising a fin or a plurality of fins protruding from the chamber, the passive cooling mechanism is removably coupled to the chamber,
A method for identifying the presence or absence of a target nucleic acid in a biological sample, the method comprising: (a) amplifying and detecting a target nucleic acid in a biological sample containing whole blood using a real-time polymerase chain reaction assay, wherein the target nucleic acid is not extracted from the biological sample prior to amplifying; and (b) rotating the biological sample during one or more steps of the real-time PCR assay at a rotational velocity in a range defined as greater than 140×g and up to 1500×g, wherein the rotational velocity is sufficient to pellet cellular debris and fluorescence inhibitors present within the sample to reduce fluorescence interference or quenching in the sample. (a) amplifying and detecting a target nucleic acid in a biological sample containing whole blood using a real-time polymerase chain reaction assay, wherein the target nucleic acid is not extracted from the biological sample prior to amplifying; and (b) rotating the biological sample during one or more steps of the real-time PCR assay at a rotational velocity in a range defined as greater than 140×g and up to 1500×g, wherein the rotational velocity is sufficient to pellet cellular debris and fluorescence inhibitors present within the sample to reduce fluorescence interference or quenching in the sample.
A method for removing salts from a porous material, including cyclic wetting and drying of the material surface, characterised in that a. a salt it is desired to remove from the material is identified, along with its equilibrium moisture content; b. a piece of sheeting is placed on the surface of the material, and the edges of the sheeting are sealed against the surface; c. moist air is passed inside the sheeting until a desired moisture level is reached inside the material; d. dry air is passed inside the sheeting, the relative humidity and temperature of the air chosen to avoid the complete drying of water inside the pores of the porous material; e. cycles of supply of moist air and dry air are repeated until a desired amount of salt crystals is formed on the surface of the material; f. the salt crystals are removed from the surface. a. a salt it is desired to remove from the material is identified, along with its equilibrium moisture content; b. a piece of sheeting is placed on the surface of the material, and the edges of the sheeting are sealed against the surface; c. moist air is passed inside the sheeting until a desired moisture level is reached inside the material; d. dry air is passed inside the sheeting, the relative humidity and temperature of the air chosen to avoid the complete drying of water inside the pores of the porous material; e. cycles of supply of moist air and dry air are repeated until a desired amount of salt crystals is formed on the surface of the material; f. the salt crystals are removed from the surface.
A method of vibration protection in a compressor system with a variable speed compressor comprising: operating a variable speed compressor at a plurality of frequencies; measuring a plurality of vibration values associated with the plurality of frequencies; determining a frequency characteristic of the compressor system based on the plurality of vibration values, identifying prohibited frequencies of the compressor based on the frequency characteristic and characterised in that the frequency characteristic includes a frequency range wherein the vibration values exceed a maximum acceleration amplitude. operating a variable speed compressor at a plurality of frequencies; measuring a plurality of vibration values associated with the plurality of frequencies; determining a frequency characteristic of the compressor system based on the plurality of vibration values, identifying prohibited frequencies of the compressor based on the frequency characteristic and characterised in that the frequency characteristic includes a frequency range wherein the vibration values exceed a maximum acceleration amplitude.
A cookware article comprising: (a) a base material layer having at least a first base surface along a first side; (b) at least a first mesh layer disposed on the first base surface, the first mesh layer comprising a plurality of first network segments embedded in the first base surface and extending outward therefrom to a planar outer first mesh surface and defining a plurality of first interior regions between adjacent first network segments; and (c) a nonstick coating layer disposed on the first base surface, within the first interior regions between the adjacent first network segments, and extending outward therefrom to an outer nonstick coating surface adjacent to the outer first mesh surface, wherein the outer first mesh surface is disposed outward of the first base surface farther than the adjacent outer nonstick coating surface such that the nonstick coating surface is disposed below the outer first mesh surface, wherein the base material layer comprises a second base surface along a second side, opposite the first side, characterised in that the cookware article further comprises: (d) a second mesh layer disposed on the second base surface, the second mesh layer comprising a plurality of second network segments embedded in the second surface and extending outward therefrom to a planar outer second mesh surface and defining a plurality of second interior regions between adjacent second network segments, wherein the plurality of second network segments are embedded deeper in the base material layer than the plurality of first network segment. (a) a base material layer having at least a first base surface along a first side; (b) at least a first mesh layer disposed on the first base surface, the first mesh layer comprising a plurality of first network segments embedded in the first base surface and extending outward therefrom to a planar outer first mesh surface and defining a plurality of first interior regions between adjacent first network segments; and (c) a nonstick coating layer disposed on the first base surface, within the first interior regions between the adjacent first network segments, and extending outward therefrom to an outer nonstick coating surface adjacent to the outer first mesh surface, wherein the outer first mesh surface is disposed outward of the first base surface farther than the adjacent outer nonstick coating surface such that the nonstick coating surface is disposed below the outer first mesh surface, wherein the base material layer comprises a second base surface along a second side, opposite the first side,
A composition comprising the bacterium deposited under accession number NCIMB 42380 or a bacterium that has a 16s rRNA sequence that is at least 98% identical to SEQ ID NO:1, for use in a method of treating or preventing neutrophilic asthma.
Seat, particularly a rocking chair, comprising a frame, a seat surface and a backrest, wherein the frame comprises two lower frame parts (6L, 6R) extending forward from the backrest and each having a curved progression which is convex in downward direction, characterized by at least one stop member (230, 231) arranged close to a front outer end (7L, 7R) and/or close to a rear outer end (8L, 8R) of each lower frame part (6L, 6R), wherein a part of the at least one stop member (230, 231) which protrudes outside the lower frame part (6L, 6R) has an open section, wherein the at least one stop member (230, 231) comprises a number of chambers.
A method for forming a peroxyhydroxycarboxylic acid comprising: contacting reagents comprising a lactone of an alphahydroxycarboxylic acid with an alkalinity source and hydrogen peroxide or a substance that generates hydrogen peroxide when in contact with a liquid, to form a liquid that comprises the peroxyhydroxycarboxylic acid and has a pH below 7 within 5 minutes after the contact between the reagents; and generating at least 1 ppm of the peroxyhydroxycarboxylic acid at the point of contacting to within less than 1 minute. contacting reagents comprising a lactone of an alphahydroxycarboxylic acid with an alkalinity source and hydrogen peroxide or a substance that generates hydrogen peroxide when in contact with a liquid, to form a liquid that comprises the peroxyhydroxycarboxylic acid and has a pH below 7 within 5 minutes after the contact between the reagents; and generating at least 1 ppm of the peroxyhydroxycarboxylic acid at the point of contacting to within less than 1 minute.
A method of producing ethanol from syngas, said method comprising: (a) feeding syngas to an alcohol-synthesis reactor that contains a sulfided metal catalyst, under suitable conditions for converting said syngas into an intermediate stream comprising methanol, ethanol, and one or more sulfur-containing compounds selected from di-tert.-butyl polysulfide (DBPS) and dimethyl disulfide (DMDS); (b) sending at least part of said intermediate stream to a separation unit, whereby at least a portion of said methanol is separated from said ethanol to form a methanol recycle stream and an ethanol product stream, and wherein at least a portion of said sulfur-containing compounds are contained in said methanol recycle stream; (c) recycling some or all of said methanol recycle stream back to said alcohol-synthesis reactor to add sulfur to, or reduce sulfur loss from, said sulfided metal catalyst; wherein said methanol recycle stream has a sulfur-atom concentration of at least 10 ppm S; and (d) optionally introducing one or more additional sulfur compounds selected from di-tert.-butyl polysulfide (DBPS) and dimethyl disulfide (DMDS) into said alcohol-synthesis reactor and/or into said methanol recycle stream, to add sulfur to, or reduce sulfur loss from, said sulfided metal catalyst. (a) feeding syngas to an alcohol-synthesis reactor that contains a sulfided metal catalyst, under suitable conditions for converting said syngas into an intermediate stream comprising methanol, ethanol, and one or more sulfur-containing compounds selected from di-tert.-butyl polysulfide (DBPS) and dimethyl disulfide (DMDS); (b) sending at least part of said intermediate stream to a separation unit, whereby at least a portion of said methanol is separated from said ethanol to form a methanol recycle stream and an ethanol product stream, and wherein at least a portion of said sulfur-containing compounds are contained in said methanol recycle stream; (c) recycling some or all of said methanol recycle stream back to said alcohol-synthesis reactor to add sulfur to, or reduce sulfur loss from, said sulfided metal catalyst; wherein said methanol recycle stream has a sulfur-atom concentration of at least 10 ppm S; and (d) optionally introducing one or more additional sulfur compounds selected from di-tert.-butyl polysulfide (DBPS) and dimethyl disulfide (DMDS) into said alcohol-synthesis reactor and/or into said methanol recycle stream, to add sulfur to, or reduce sulfur loss from, said sulfided metal catalyst.
A computer system comprising: - a central compilation service that is configured to compile a first component; characterised in that the computer system further comprises - a source file repository storing a plurality of active source files (AS1, AS2, AS3) belonging to the first component; and in that - the central compilation service is configured to receive an activation request for at least one inactive source file of the first component, and to compile the first component using the at least one inactive source file and, in case the compilation is successfully completed, to initiate a transfer of the at least one inactive source file to the plurality of active source files, thereby activating the at least one inactive source file, and, in case the compilation fails, to notify a changer of the at least one inactive source file, wherein the central compilation service is configured to assign a component status dirty to a second component in case the compilation of the first component is successfully completed and the second component depends on the first component so that a change of the first component that is to be activated requires a recompilation of the second component. - a central compilation service that is configured to compile a first component; - a source file repository storing a plurality of active source files (AS1, AS2, AS3) belonging to the first component; and in that - the central compilation service is configured to receive an activation request for at least one inactive source file of the first component, and to compile the first component using the at least one inactive source file and, in case the compilation is successfully completed, to initiate a transfer of the at least one inactive source file to the plurality of active source files, thereby activating the at least one inactive source file, and, in case the compilation fails, to notify a changer of the at least one inactive source file, wherein the central compilation service is configured to assign a component status dirty to a second component in case the compilation of the first component is successfully completed and the second component depends on the first component so that a change of the first component that is to be activated requires a recompilation of the second component.
A torch system configured to perform multiple processes comprising: a personalized interface, comprising: a plurality of selectors each corresponding to a configurable profile (114;190), wherein each configurable profile (114;190) is associated with a user; wherein each selector is configured to select a user profile (114;190); and wherein each selector is configured to adjust operational parameters of the torch system upon selection; characterised in that operational parameters for multiple processes are designated within each profile (114;190) and the system comprises means to select a welding process from the multiple welding processes saved to the profile (114;190). a personalized interface, comprising: a plurality of selectors each corresponding to a configurable profile (114;190), wherein each configurable profile (114;190) is associated with a user; wherein each selector is configured to select a user profile (114;190); and a plurality of selectors each corresponding to a configurable profile (114;190), wherein each configurable profile (114;190) is associated with a user; wherein each selector is configured to select a user profile (114;190); and wherein each selector is configured to adjust operational parameters of the torch system upon selection; characterised in that operational parameters for multiple processes are designated within each profile (114;190) and the system comprises means to select a welding process from the multiple welding processes saved to the profile (114;190).
A lubricating oil composition for a gas engine, comprising a base oil, a calcium-based detergent, and an alkenyl succinimide, wherein a content of the component in terms of calcium atoms is 0.09 to 0.17 mass% based on the total amount of the lubricating oil composition, the component comprises a non-boron-modified alkenyl bis-succinimide and a boron-modified alkenyl succinimide, a content of boron atoms derived from the component is less than 0.02 mass% based on the total amount of the lubricating oil composition, a content of magnesium atoms is less than 0.01 mass% based on the total amount of the lubricating oil composition, and a content of molybdenum atoms is less than 0.001 mass% based on the total amount of the lubricating oil composition. a content of the component in terms of calcium atoms is 0.09 to 0.17 mass% based on the total amount of the lubricating oil composition, the component comprises a non-boron-modified alkenyl bis-succinimide and a boron-modified alkenyl succinimide, a content of boron atoms derived from the component is less than 0.02 mass% based on the total amount of the lubricating oil composition, a content of magnesium atoms is less than 0.01 mass% based on the total amount of the lubricating oil composition, and a content of molybdenum atoms is less than 0.001 mass% based on the total amount of the lubricating oil composition.
Active material for a pyrotechnic phantom target with high emissivity, comprising a fuel, an additive consisting essentially of carbon, an oxidation means for the fuel and optionally a bonding means, wherein the additive is present in the form of particles, wherein a predominant number of the particles has a maximum extent in the range from 1 μm to 200 μm, wherein the particles do not consist of graphite, wherein the active material comprises no graphite fluoride as oxidation means.
A steel piston ring or steel cylinder liner comprising as the main body a steel composition which has good nitridability, characterized in that the steel composition consists of the following elements in the proportions given, expressed with respect to 100 weight % of the steel composition: B: 0 - 0.5 weight % C: 0.5 - 0.95 weight % Cr: 11.0 - 14.5 weight % Cu: 0.003 - 2.0 weight % Fe: 72.055 - 84.550 weight % Mn: 0.1 - 1.0 weight % Mo: 0.2 - 1.0 weight % Nb: 0 - 0.05 weight % Ni: 1.5 - 3.0 weight % P: 0.003 - 0.055 weight % Pb: 0.003 - 0.05 weight % S: 0.003 - 0.04 weight % Si: 3.0 - 4.0 weight % Sn: 0 - 0.05 weight % Ti: 0 - 0.2 weight % V: 0.05 - 0.15 weight % W: 0 - 0.4 weight %, wherein the steel composition has a dendritic microstructure.