mhurhangee/ep-ind-claims huggingface dataset:
Piece of furniture in the form of a table, having the following features: - the piece of furniture comprises a table frame (100, 200) which has at least two table leg structures (2a, 2b) spaced apart from one another and at least one connecting strut (130, 230) which connects the table leg structures (2a, 1 b); - the table leg structures (2a, 2b) each have a fastening bracket (140, 240) or are each connected to a fastening bracket (140, 240); - the connecting strut (130, 230) can be fastened to the table leg structures (2a, 2b) via the fastening brackets (140, 240), characterised in that the table frame (100, 200) has a vibration-damping means for damping lateral vibrations in the piece of furniture, which means acts between the connecting strut (130, 230) and at least one fastening bracket (140, 240). - the piece of furniture comprises a table frame (100, 200) which has at least two table leg structures (2a, 2b) spaced apart from one another and at least one connecting strut (130, 230) which connects the table leg structures (2a, 1 b); - the table leg structures (2a, 2b) each have a fastening bracket (140, 240) or are each connected to a fastening bracket (140, 240); - the connecting strut (130, 230) can be fastened to the table leg structures (2a, 2b) via the fastening brackets (140, 240),
A transmission rate control method for controlling a transmission rate of uplink user data, characterized by: notifying, at a radio network controller by layer 3 signaling, an effective period of an allowable transmission rate, said allowable transmission rate being included in an absolute transmission rate control channel, to a mobile station, said notifying being when a call is established for the mobile station or when a serving cell is changed for the mobile station; determining, at the mobile stations, a transmission rate for transmitting the uplink user data from the mobile station, based on the notified effective period and the allowable transmission rate included in the absolute transmission rate control channel transmitted by the radio base station. notifying, at a radio network controller by layer 3 signaling, an effective period of an allowable transmission rate, said allowable transmission rate being included in an absolute transmission rate control channel, to a mobile station, said notifying being when a call is established for the mobile station or when a serving cell is changed for the mobile station; determining, at the mobile stations, a transmission rate for transmitting the uplink user data from the mobile station, based on the notified effective period and the allowable transmission rate included in the absolute transmission rate control channel transmitted by the radio base station.
A method for identifying one or more nucleic acid aptamer sequences having one or more desired properties from a mixture of candidate nucleic acid aptamer sequences, wherein the mixture of candidate nucleic acid aptamer sequences comprises a plurality of single stranded nucleic acids, the method comprising: immobilizing the mixture of candidate nucleic acid aptamer sequences onto a plurality of particles, wherein only a subset of the candidate nucleic acid aptamer sequences are immobilized on any one of the plurality of particles, and wherein the subset is present in multiple copies; exposing the plurality of particles to a target; isolating a particle or particles from the plurality of particles, wherein the isolated particle or particles comprise one or more candidate nucleic acid aptamer sequences having the one or more desired properties; wherein said isolating step comprises contacting the plurality of particles with one or more detectable labels, the one or more detectable labels associate to a higher level with particles comprising one or more candidate nucleic acid aptamer sequences having the desired property and associate to a lower level with particles which do not comprise one or more candidate nucleic acid aptamer sequences having the desired property, quantitating a signal from the detectable labels, and enriching a population of the plurality of particles based on the quantitated signal; and identifying one or more nucleic acid aptamer sequences having the one or more desired properties from the isolated particles; wherein said method comprises two or more rounds of screening, and the plurality of particles for each additional round of screening are the enriched particles from the previous round. immobilizing the mixture of candidate nucleic acid aptamer sequences onto a plurality of particles, wherein only a subset of the candidate nucleic acid aptamer sequences are immobilized on any one of the plurality of particles, and wherein the subset is present in multiple copies; exposing the plurality of particles to a target; isolating a particle or particles from the plurality of particles, wherein the isolated particle or particles comprise one or more candidate nucleic acid aptamer sequences having the one or more desired properties; wherein said isolating step comprises contacting the plurality of particles with one or more detectable labels, the one or more detectable labels associate to a higher level with particles comprising one or more candidate nucleic acid aptamer sequences having the desired property and associate to a lower level with particles which do not comprise one or more candidate nucleic acid aptamer sequences having the desired property, quantitating a signal from the detectable labels, and enriching a population of the plurality of particles based on the quantitated signal; and identifying one or more nucleic acid aptamer sequences having the one or more desired properties from the isolated particles;
Use of the fungicide bixafen [N-(3',4'-dichloro-5-fluoro-1,1'-biphenyl-2-yl)-3-(difluoromethyl)-1-methyl-1H-pyrazole-4-carboxamide] and salt thereof for post-harvest treatment of fruit, cutflowers or vegetables to protect harvested fruit, cutflowers or vegetables against post-harvest and storage diseases.
A hydraulic arrangement, comprising: a hydraulic circuit subjected to a pressure fluid from a hydraulic pressure unit; an emergency hydraulic circuit (13a,13b) comprising a sub hydraulic pressure unit; and a joint device (20,20a,20b) configured to join the emergency hydraulic circuit (13a,13b) to the hydraulic circuit, the joint device (20, 20a, 20b) comprising: an upstream port which connects to an upstream side of the hydraulic circuit; and a downstream port which connects to a downstream side of the hydraulic circuit, characterized in that the joint device (20,20a,20b) further comprises a closed chamber connected to the upstream port via a first stop valve and connected to the downstream port via a second stop valve; a first joint having a first passage communicating to the closed chamber; and a second joint attachable to the first joint, which has a second passage connected to the sub hydraulic pressure unit. a hydraulic circuit subjected to a pressure fluid from a hydraulic pressure unit; an emergency hydraulic circuit (13a,13b) comprising a sub hydraulic pressure unit; and a joint device (20,20a,20b) configured to join the emergency hydraulic circuit (13a,13b) to the hydraulic circuit, the joint device (20, 20a, 20b) comprising: an upstream port which connects to an upstream side of the hydraulic circuit; and a downstream port which connects to a downstream side of the hydraulic circuit, characterized in that the joint device (20,20a,20b) further comprises a closed chamber connected to the upstream port via a first stop valve and connected to the downstream port via a second stop valve; a first joint having a first passage communicating to the closed chamber; and a second joint attachable to the first joint, which has a second passage connected to the sub hydraulic pressure unit. an upstream port which connects to an upstream side of the hydraulic circuit; and a downstream port which connects to a downstream side of the hydraulic circuit, characterized in that the joint device (20,20a,20b) further comprises a closed chamber connected to the upstream port via a first stop valve and connected to the downstream port via a second stop valve; a first joint having a first passage communicating to the closed chamber; and a second joint attachable to the first joint, which has a second passage connected to the sub hydraulic pressure unit.
A water softener or detergent composition comprising: (i) an effervescent agent and (ii) pectin or pectin comprising matter wherein said water softener composition comprises pectin or pectin comprising matter in an amount of 0.05 to less than 9.5 wt.-%, wherein said water softener composition comprises no enzyme and/or no bleaching agent and further no tartaric acid, or said detergent composition comprises pectin or pectin comprising matter in an amount of 0.05 to less than 1.39 wt.-%. (i) an effervescent agent and (ii) pectin or pectin comprising matter
A gateway apparatus comprising: a first communication unit configured to communicate with a base station in accordance with a first communication method; a second communication unit configured to communicate with a communication apparatus in accordance with a second communication method; an identification information holding unit configured to hold a correspondence between first identification information of the communication apparatus corresponding to the first communication method and second identification information of the communication apparatus corresponding to the second communication method; and a category information holding unit configured to share category information, showing a characteristic of the communication apparatus, with the communication apparatus, wherein the first communication unit is configured to relay communication between the communication apparatus and the base station, in accordance with the shared category information, by using the first identification information of the communication apparatus. a first communication unit configured to communicate with a base station in accordance with a first communication method; a second communication unit configured to communicate with a communication apparatus in accordance with a second communication method; an identification information holding unit configured to hold a correspondence between first identification information of the communication apparatus corresponding to the first communication method and second identification information of the communication apparatus corresponding to the second communication method; and a category information holding unit configured to share category information, showing a characteristic of the communication apparatus, with the communication apparatus, wherein the first communication unit is configured to relay communication between the communication apparatus and the base station, in accordance with the shared category information, by using the first identification information of the communication apparatus.
An injection device for apportioning set doses of a liquid drug having an End-of-Dose feedback mechanism, comprising: a housing (25, 25A-C), a dose setting mechanism rotatable operable for setting a dose to be expelled, a rotatable scale drum coupled to the dose setting mechanism such that it indicates the size of the set dose as the dose is being set and which scale drum is arranged to rotate away from its initial position during dose setting and rotate back to its initial position during dose expelling, the initial position being defined by a first surface (36, 38) on the scale drum abutting a second surface (65, 77) fixed in relation to the housing (25, 25A-C), a torsion spring which is torsional strained during dose setting and which torque is utilized to expel the set dose and to rotate the scale drum back to its initial position during dose expelling, an End-of-Dose mechanism generating an audible feedback signal to the user upon receipt of the rotatable scale drum in its initial position following an injection, characterised in that the injection device further is provided with stopping means (34, 64; 39, 67, 71) adapted to halt the torsion spring based rotation of the scale drum prior to the scale drum reaching its initial position by the first surface (36, 38) on the scale drum abutting the second surface (65, 77) thereby preventing the feedback signal from being generated and which stopping means (34, 64; 39, 67, 71) further are adapted to allow the scale drum to move pass the stopping means (34, 64; 39, 67, 71) and continue rotation when the torque applied to the scale drum passes a threshold value, and wherein the stopping means (34, 64; 39, 67, 71) comprises a first element (34, 39) provided on the scale drum and a second element (64, 67, 71) inrotatable coupled to the housing (25, 25A-C) and wherein an engagement between the first element (34, 39) and the second element (64, 67, 71) is released when the torque applied to the scale drum surpasses the threshold value and the scale drum is allowed to continue rotation back to its initial position thus generating the audible feed-back signal. a housing (25, 25A-C), a dose setting mechanism rotatable operable for setting a dose to be expelled, a rotatable scale drum coupled to the dose setting mechanism such that it indicates the size of the set dose as the dose is being set and which scale drum is arranged to rotate away from its initial position during dose setting and rotate back to its initial position during dose expelling, the initial position being defined by a first surface (36, 38) on the scale drum abutting a second surface (65, 77) fixed in relation to the housing (25, 25A-C), a torsion spring which is torsional strained during dose setting and which torque is utilized to expel the set dose and to rotate the scale drum back to its initial position during dose expelling, an End-of-Dose mechanism generating an audible feedback signal to the user upon receipt of the rotatable scale drum in its initial position following an injection, characterised in that
An alkylene oxide purification column, comprising: a first section located in the column to convert a feed stream including alkylene oxide, water, acetaldehyde, and other impurities into a gas phase portion of the feed stream including alkylene oxide, acetaldehyde, water, and other impurities and a liquid phase portion of the feed stream including alkylene oxide and water; and a second section located in the column above the first section to separate alkylene oxide from the acetaldehyde, water, and other impurities that enter the second section from the first section, where the second section includes: a chimney tray located at a bottom portion of the second section to collect alkylene oxide, acetaldehyde, and other impurities in a liquid phase and a first side take-off located at the tray for removal of the alkylene oxide, acetaldehyde, and other impurities in the liquid phase; and a second side take-off located at a top portion of the second section and below a condenser for removal of a purified alkylene oxide exit stream wherein the gas phase portion of the feed stream can flow from the first section to the second section through the tray. a first section located in the column to convert a feed stream including alkylene oxide, water, acetaldehyde, and other impurities into a gas phase portion of the feed stream including alkylene oxide, acetaldehyde, water, and other impurities and a liquid phase portion of the feed stream including alkylene oxide and water; and a second section located in the column above the first section to separate alkylene oxide from the acetaldehyde, water, and other impurities that enter the second section from the first section, where the second section includes: a chimney tray located at a bottom portion of the second section to collect alkylene oxide, acetaldehyde, and other impurities in a liquid phase and a first side take-off located at the tray for removal of the alkylene oxide, acetaldehyde, and other impurities in the liquid phase; and a second side take-off located at a top portion of the second section and below a condenser for removal of a purified alkylene oxide exit stream wherein the gas phase portion of the feed stream can flow from the first section to the second section through the tray. a chimney tray located at a bottom portion of the second section to collect alkylene oxide, acetaldehyde, and other impurities in a liquid phase and a first side take-off located at the tray for removal of the alkylene oxide, acetaldehyde, and other impurities in the liquid phase; and a second side take-off located at a top portion of the second section and below a condenser for removal of a purified alkylene oxide exit stream wherein the gas phase portion of the feed stream can flow from the first section to the second section through the tray.
A folding apparatus of a printing press, in particular of a web-fed rotary printing press, comprising a first longitudinal folding unit or a cartridge assembly, comprising a cutting unit arranged downstream from the first longitudinal folding unit or from the cartridge assembly, viewed in the transport direction of a printing material, for severing copies from the printing material by means of cross cutting, and if applicable comprising a cross folding unit/and or second longitudinal folding unit arranged downstream from the cutting unit, viewed in the transport direction of the printing material, wherein at least one sensor, which detects the copies by measurement and transmits a measuring signal to a control unit, is positioned downstream from the cutting unit along the transport path of the copies through the folding apparatus, viewed in the transport direction of the printing material, characterized in that based on the measuring signal provided by the or each sensor and on a signal from an impulse generator, which contains information about a machine angle of the printing press and thus of the folding apparatus, the control unit determines the position of the copies in the folding apparatus relative to the machine angle, as a function of the position of the copies determined in this way and of freely configurable threshold values for the position of the copies, the control unit generates or triggers, respectively, a stopper and/or an alert, namely in such a way that that when the determined position of the copies in the folding apparatus lies within a first value range, which is defined by a first upper threshold value and a first lower threshold value for the machine angle, the control unit neither triggers or generates, respectively, a stopper nor an alarm, but does in fact draw a conclusion to a proper position of the copies in the folding apparatus, if the position of the copies lies within a second value range, which is defined by the first upper threshold value for the machine angle or a second upper threshold value, or within a third value range, which is defined by the first lower threshold value and a second lower threshold value for the machine angle, the control unit triggers or generates, respectively, an alarm, but not a stopper, if the position of the copies lies neither within the first value range nor within the second or third value range, the control unit triggers or generates, respectively, at least a stopper.
A circuit board comprising: a metal circuit plate; a metallic heat diffusing plate below the metal circuit plate; a metallic heat dissipating plate below the heat diffusing plate; a first insulating substrate disposed between the metal circuit plate and the heat diffusing plate and comprising an upper surface bonded to a lower surface of the metal circuit plate and a lower surface bonded to an upper surface of the heat diffusing plate; and a second insulating substrate disposed between the heat diffusing plate and the heat dissipating plate and comprising an upper surface bonded to a lower surface of the heat diffusing plate and a lower surface bonded to an upper surface of the heat dissipating plate, wherein a grain diameter of metal grains contained in the heat diffusing plate decreases from each of the upper surface and the lower surface of the heat diffusing plate toward a center portion of the heat diffusing plate in a thickness direction, and a size of the heat diffusing plate is smaller than sizes of the first insulating substrate and the second insulating substrate, which are bonded to the heat diffusing plate in a plan view, and an alloy layer containing a component of the heat diffusing plate and a component of a brazing material is disposed on an entire side surface of the heat diffusing plate. a metal circuit plate; a metallic heat diffusing plate below the metal circuit plate; a metallic heat dissipating plate below the heat diffusing plate; a first insulating substrate disposed between the metal circuit plate and the heat diffusing plate and comprising an upper surface bonded to a lower surface of the metal circuit plate and a lower surface bonded to an upper surface of the heat diffusing plate; and a second insulating substrate disposed between the heat diffusing plate and the heat dissipating plate and comprising an upper surface bonded to a lower surface of the heat diffusing plate and a lower surface bonded to an upper surface of the heat dissipating plate, wherein a grain diameter of metal grains contained in the heat diffusing plate decreases from each of the upper surface and the lower surface of the heat diffusing plate toward a center portion of the heat diffusing plate in a thickness direction, and a size of the heat diffusing plate is smaller than sizes of the first insulating substrate and the second insulating substrate, which are bonded to the heat diffusing plate in a plan view, and an alloy layer containing a component of the heat diffusing plate and a component of a brazing material is disposed on an entire side surface of the heat diffusing plate.