mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a nucleic acid, the method comprising: contacting the nucleic acid with a complementary nucleic acid probe under conditions to allow hybridization between said probe and amplicon; selectively degrading the either hybridized or unhybridized probe; measuring the electrochemical activity of the compound labelling the probe, wherein said electrochemical activity is dependent either quantitatively or qualitatively on the extent of degradation of the probe; wherein said probe is labelled with a compound selected from the group consisting of: 6-(bis((1'-iodoferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-(4-nitrophenyl)ferrocenyl)1-methylferrocenyl) amino) hexan-1-ol; 6-(bis((1'-(1-furanyl)ferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-chloroferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; and 6-(bis((2-cyano)1-methylferrocenyl) amino)hexan-1-ol. contacting the nucleic acid with a complementary nucleic acid probe under conditions to allow hybridization between said probe and amplicon; selectively degrading the either hybridized or unhybridized probe; measuring the electrochemical activity of the compound labelling the probe, wherein said electrochemical activity is dependent either quantitatively or qualitatively on the extent of degradation of the probe; wherein said probe is labelled with a compound selected from the group consisting of: 6-(bis((1'-iodoferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-(4-nitrophenyl)ferrocenyl)1-methylferrocenyl) amino) hexan-1-ol; 6-(bis((1'-(1-furanyl)ferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-chloroferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; and 6-(bis((2-cyano)1-methylferrocenyl) amino)hexan-1-ol. 6-(bis((1'-iodoferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-(4-nitrophenyl)ferrocenyl)1-methylferrocenyl) amino) hexan-1-ol; 6-(bis((1'-(1-furanyl)ferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-chloroferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; and 6-(bis((2-cyano)1-methylferrocenyl) amino)hexan-1-ol.
Coated mineral particles for a wearing course, the coated mineral particles comprising a mineral core and an elastic polymer coating, characterized in that the coated mineral particles have a size, as determinable by sieving using a sieve with square mesh, of 10 mm or less, and in that the coating is composed of microparticles of a first polymer, in a matrix of a second polymer.
A plant disease control composition comprising a compound represented by formula and at least one compound selected from Group A, Group A: the group consisting of metrafenone, cyflufenamid, quinoxyfen, and proquinazid, wherein the weight ratio of the compound represented by formula to the at least one compound selected from Group A is from 100:1 to 1:100.
A method of preparing substrates, comprising the steps of: depositing metal particulates into a pillar form at a prescribed position of a substrate by the use of a fine inkjet method; and then sintering the resultant to form a metal pillar, wherein the metal particulates are contained in a dispersion or paste with a concentration of 40% by mass or more, and wherein the fine inkjet method is a structure-forming method, which comprises flying and landing a fine liquid droplet of the dispersion or paste having a diameter of 1 μm or less, drying and solidifying the liquid droplet, and stacking the solidified droplets by virtue of the focusing of an electric field, wherein continuously discharging the fine fluid droplets from a nozzle and stacking the fine fluid droplets, wherein by virtue of an applied electric field, stress directed to the tip of the nozzle constantly acts at a top part of a structure formed by the solidification of precedently adhering liquid droplets, thereby growing the structure while pulling the structure towards the nozzle. depositing metal particulates into a pillar form at a prescribed position of a substrate by the use of a fine inkjet method; and then sintering the resultant to form a metal pillar, wherein the metal particulates are contained in a dispersion or paste with a concentration of 40% by mass or more, and wherein the fine inkjet method is a structure-forming method, which comprises flying and landing a fine liquid droplet of the dispersion or paste having a diameter of 1 μm or less, drying and solidifying the liquid droplet, and stacking the solidified droplets by virtue of the focusing of an electric field, wherein continuously discharging the fine fluid droplets from a nozzle and stacking the fine fluid droplets, wherein by virtue of an applied electric field, stress directed to the tip of the nozzle constantly acts at a top part of a structure formed by the solidification of precedently adhering liquid droplets, thereby growing the structure while pulling the structure towards the nozzle.
A label production apparatus comprising: a printing unit configured to print a label image on a first base material included in a print target medium that has the first base material, a second base material, and an adhesive layer interposed between the first base material and the second base material while using image data for generation of the label image; a test unit configured to test the label image printed on the print target medium; a memory unit configured to store layout information that specifies image arrangement positions when a plurality of the label images are arranged on the print target medium; a post-process unit that is configured to cut a portion of the first base material where the label image has been formed, wherein the post-process unit is configured to generate a cut-line based on the layout information, if a print defect is detected by the test unit, that avoids cutting of the label image in which the print defect is detected among the plurality of label images and to cut the first base material using the generated cut-line; characterized in that the label production apparatus is configured such that the layout information is calculated in accordance with a detection result of differences among the plurality of label images detected by the test unit. a printing unit configured to print a label image on a first base material included in a print target medium that has the first base material, a second base material, and an adhesive layer interposed between the first base material and the second base material while using image data for generation of the label image; a test unit configured to test the label image printed on the print target medium; a memory unit configured to store layout information that specifies image arrangement positions when a plurality of the label images are arranged on the print target medium; a post-process unit that is configured to cut a portion of the first base material where the label image has been formed, wherein the post-process unit is configured to generate a cut-line based on the layout information, if a print defect is detected by the test unit, that avoids cutting of the label image in which the print defect is detected among the plurality of label images and to cut the first base material using the generated cut-line; characterized in that the label production apparatus is configured such that the layout information is calculated in accordance with a detection result of differences among the plurality of label images detected by the test unit.
An ammonia-resistant motor for a closed-type refrigerating compressor, comprising: a stator, and a rotor, wherein during operation, the stator and the rotor of the motor are immersed in the ammonia refrigerant, wherein, the ammonia-resistant motor further comprises a winding lead wire, a phase insulation, a fluorine plastic tape, a fluorine plastic tape binding tube, a temperature sensor lead wire, a slot wedge, a slot insulation, a self-lock fastener, a winding lead wire wiring terminal, and an interlayer insulation; and wherein, the winding, the slot wedge, and the slot insulation are locked through self-lock fasteners, thereby preventing them from moving in the slot, wherein the self-lock fasteners are fluorine plastic fasteners. a stator, and a rotor, wherein during operation, the stator and the rotor of the motor are immersed in the ammonia refrigerant, wherein, the ammonia-resistant motor further comprises a winding lead wire, a phase insulation, a fluorine plastic tape, a fluorine plastic tape binding tube, a temperature sensor lead wire, a slot wedge, a slot insulation, a self-lock fastener, a winding lead wire wiring terminal, and an interlayer insulation; and wherein, the winding, the slot wedge, and the slot insulation are locked through self-lock fasteners, thereby preventing them from moving in the slot, wherein the self-lock fasteners are fluorine plastic fasteners.
An apparatus comprising: a substantially circular chin ring having an outer surface and a slot; a first radially spaced aperture in the chin ring on a first side of the slot; a second radially spaced aperture in the chin ring on a second side of the slot; a first louver disposed at least partially over the first radially spaced aperture, wherein the first louver is disposed at a first angle relative to the outer surface; and a second louver disposed at least partially over the second radially spaced aperture, wherein the second louver is disposed at a second angle relative to the outer surface, wherein an axis bisects the slot, wherein the axis runs along a radius of the chin ring, and wherein the first louver is disposed symmetrically about the axis relative to the second louver. a substantially circular chin ring having an outer surface and a slot; a first radially spaced aperture in the chin ring on a first side of the slot; a second radially spaced aperture in the chin ring on a second side of the slot; a first louver disposed at least partially over the first radially spaced aperture, wherein the first louver is disposed at a first angle relative to the outer surface; and a second louver disposed at least partially over the second radially spaced aperture, wherein the second louver is disposed at a second angle relative to the outer surface, wherein an axis bisects the slot, wherein the axis runs along a radius of the chin ring, and wherein the first louver is disposed symmetrically about the axis relative to the second louver.
An x-ray radiation shielding device (100, 500, 700, 800) for use during a medical procedure, comprising: an x-ray radiation shield (104, 504, 604, 704, 804); and a base (102, 502, 702, 802) comprising: a substructure (106, 506, 706) attachable to a patient, a table, a bed rail, or a healthcare worker; and a retainer structure (108, 508, 708, 808) attachable to the x-ray radiation shield, wherein the retainer structure comprises an adjustable coupling operable between an unlocked condition in which an angular position of the shield is adjustable to a user-selected position, and a locked condition in which the angular position of the shield is substantially fixed. an x-ray radiation shield (104, 504, 604, 704, 804); and a base (102, 502, 702, 802) comprising: a substructure (106, 506, 706) attachable to a patient, a table, a bed rail, or a healthcare worker; and a retainer structure (108, 508, 708, 808) attachable to the x-ray radiation shield, a substructure (106, 506, 706) attachable to a patient, a table, a bed rail, or a healthcare worker; and a retainer structure (108, 508, 708, 808) attachable to the x-ray radiation shield, wherein the retainer structure comprises an adjustable coupling operable between an unlocked condition in which an angular position of the shield is adjustable to a user-selected position, and a locked condition in which the angular position of the shield is substantially fixed.
A sealed compressor comprising a motor pump unit, a hermetic casing and means of electrical connection, the motor pump unit being positioned inside the hermetic casing, the connection means allowing the motor pump unit to be powered electrically through the hermetic casing, the connection means comprising an earth rod and at least two power supply terminals (14, 15, 16), the connection means comprising a mobile housing and a power supply cable, the housing being arranged at the end of the cable, connection of the housing to the earth rod and to the power supply terminals (14, 15, 16) being achieved by a translational movement in a direction of insertion, connection of the housing to the earth rod comprising non-return means that prevent the housing from moving in an opposite direction to the direction of insertion, the earth rod being formed of a rod extending outside of the hermetic casing in a direction corresponding to the direction of insertion, characterised in that the housing comprises a one-piece mechanical part (30; 60) intended to ensure the connection of the housing to the earth rod, in that the housing comprises two parts: a base and a cover, in that the mechanical part (30; 60) is rigidly secured to the base, in that the cover is removably attached to the base, and in that the base is made of an electrically insulating material so as to avoid any electrical contact between components located inside the housing and the hermetic casing.
Electrical switch comprising a housing with a contact system (3, 3') located inside the housing, with a movably arranged actuating member on the housing for a switching action on the contact system (3, 3'), with an opening in the housing for the switching action of the actuating member, and with a resilient seal fixed on the housing for the opening, wherein the actuating member comprises a movable inner part inside the housing, and a movable outer part outside the housing, wherein the seal at least partially covers the opening, and wherein the outer part moves the inner part for the switching action on the contact system (3, 3') via the elastically movable seal, characterised in that the seal is made of a thermoplastic elastomer that is at least partially permeable to a visible light, that the seal and the housing are in the form of a two-component part, wherein, in the 2K method, the seal is injection-moulded at the edge of the opening in the production of the housing wall containing the aperture through injection moulding, that at least one light guide made of the thermoplastic elastomer penetrates the housing wall of the housing, and that during production of the housing wall in the 2K method, the light guide is injection-moulded substantially simultaneously with the seal.
Method of operating a device for the transport of printed products via a plurality of operatively connected conveyors successively performing delivery and receiving operations while providing a defined position for the printed products for finishing, wherein the printed products are conveyed further by a first conveyor, this conveyor has transport means with a spacing and a speed, the printed products are transferred to a second conveyor disposed downstream of the first conveyor and having pusher elements with a spacing and a conveying speed, and the printed products are conveyed further in the transport direction via at least a third conveyor having transport means with a spacing and a speed, characterised in that the spacings (T1, T2, T3) and the speeds (V1, V2, V3) are operated with different relationships and interdependencies in their synchronised transport sequences, wherein the transport sequences of the printed products within the conveyors (100, 200, 300) are run with any desired percentage values of 1 % to 100 % by varying the relative spacings (T1, T2, T3) and speeds (V1, V2, V3) of the transport means (4, 4a) and pusher elements.
A process for preparing a polyether carbonate product, which comprises simultaneously: transcarbonating and alkoxylating a mixture comprising (a) a compound which is selected from the group consisting of dialkyl carbonates, diaryl carbonate, alkylaryl carbonates and mixtures thereof, wherein said compound has a molecular weight of from 90 to 6000; wherein (a) said compound is a selected from the group consisting of diethyl carbonate, dimethyl carbonate, diphenyl carbonate, and mixtures thereof; and (b) one or more hydroxyl group containing compounds selected from the group consisting of (i) alcohols which contain from 1 to 25 carbon atoms with at least one alkylene oxide; in the presence of a mixture of catalysts comprising (a) at least one DMC catalyst, and (b) at least one non-alkaline transesterification catalyst. transcarbonating and alkoxylating a mixture comprising (a) a compound which is selected from the group consisting of dialkyl carbonates, diaryl carbonate, alkylaryl carbonates and mixtures thereof, wherein said compound has a molecular weight of from 90 to 6000; wherein (a) said compound is a selected from the group consisting of diethyl carbonate, dimethyl carbonate, diphenyl carbonate, and mixtures thereof; and (b) one or more hydroxyl group containing compounds selected from the group consisting of (i) alcohols which contain from 1 to 25 carbon atoms with at least one alkylene oxide; in the presence of a mixture of catalysts comprising (a) at least one DMC catalyst, and (b) at least one non-alkaline transesterification catalyst. a mixture comprising (a) a compound which is selected from the group consisting of dialkyl carbonates, diaryl carbonate, alkylaryl carbonates and mixtures thereof, wherein said compound has a molecular weight of from 90 to 6000; wherein (a) said compound is a selected from the group consisting of diethyl carbonate, dimethyl carbonate, diphenyl carbonate, and mixtures thereof; and (b) one or more hydroxyl group containing compounds selected from the group consisting of (i) alcohols which contain from 1 to 25 carbon atoms with (a) a compound which is selected from the group consisting of dialkyl carbonates, diaryl carbonate, alkylaryl carbonates and mixtures thereof, wherein said compound has a molecular weight of from 90 to 6000; wherein (a) said compound is a selected from the group consisting of diethyl carbonate, dimethyl carbonate, diphenyl carbonate, and mixtures thereof; and (b) one or more hydroxyl group containing compounds selected from the group consisting of (i) alcohols which contain from 1 to 25 carbon atoms at least one alkylene oxide; in the presence of a mixture of catalysts comprising (a) at least one DMC catalyst, and (b) at least one non-alkaline transesterification catalyst. (a) at least one DMC catalyst, and (b) at least one non-alkaline transesterification catalyst.
A switchable medical adhesive composition, comprising a mixture, in proportions by weight based on the weight of the composition, of: 2% to 80% of curable molecules, and 0.05% to 10% of photoinitiator, balance: an adhesive component and incidental constituents including one or more of stabilisers, tackifiers, light scattering particles, fungicides, colorants or humectants, wherein: the weight proportion of the adhesive component is calculated on the basis of its dry weight; the curable molecules and the adhesive component are mutually soluble when dry, or the curable molecules are uniformly dispersed in the adhesive component; and the curable molecules have a molecular mass greater than 500 Da. 2% to 80% of curable molecules, and 0.05% to 10% of photoinitiator, the weight proportion of the adhesive component is calculated on the basis of its dry weight; the curable molecules and the adhesive component are mutually soluble when dry, or the curable molecules are uniformly dispersed in the adhesive component; and the curable molecules have a molecular mass greater than 500 Da.
Method for operating a network node of a cellular communication network, the method comprising scheduling, by the network node, a periodic set of Proximity Service, ProSe, Focused Frame, PFF, frames on a carrier, wherein a PFF frame represents a frame scheduled to support Prose and is associated with a Time Division Duplex, TDD, configuration and having a higher density of uplink, UL subframes compared to other frames on the same carrier, wherein the PFF frame comprises a pre-determined number of UL subframes and special subframes and no downlink, DL subframes, and wherein a ProSe communication performed by at least one wireless device is based on a configuration by the network node comprising the periodic set of PFF frames, mapping said PFF frames with dedicated or dedicatable resources for ProSe, and periodically updating the mapping of said PFF frames based on ProSe traffic load.
Refrigerator, in particular household refrigerator, having a door with an inner door side which has latching means which, for the purpose of holding a door tray against the inner door side, interact with corresponding counter latching means of at least one latching device (16, 17), which is arranged as a separate component on the door tray, characterised in that the latching device (16, 17) is mounted against the door tray using a floating bearing, which is embodied to adjust the position and/or location of the counter latching means automatically to the position and/or location of the latching means by means of the counter latching means being adjustable.
Gate system, which has a gate and two lateral guide elements (4, 5), the gate comprising a plurality of lamella elements which are connected to one another and can be detached from one another, are arranged orthogonally to the guide elements (4, 5) and can be guided in the guide elements (4, 5), and a drive device with a horizontal drive spindle being provided for opening and/or closing the gate, wherein the gate can be lowered and/or raised for opening and/or closing and can be sunk into a cassette for opening, wherein the lamella elements are arranged inside the cassette in an opened state of the gate, whereby the drive device is a pull system connected in the vertical direction to at least one lamella element, characterized in that the pull system is a cable pull system, a cable of this cable pull system being connected in the vertical direction to the at least one lamella element, and in that at least one guide rail is arranged horizontally inside the cassette, into which the lamella elements can be deflected when the gate is opened, whereby the individual lamella elements are arranged next to one another inside the cassette in the opened state of the gate. the gate can be lowered and/or raised for opening and/or closing and can be sunk into a cassette for opening, wherein the lamella elements are arranged inside the cassette in an opened state of the gate, whereby the drive device is a pull system connected in the vertical direction to at least one lamella element, characterized in that the pull system is a cable pull system, a cable of this cable pull system being connected in the vertical direction to the at least one lamella element, and in that at least one guide rail is arranged horizontally inside the cassette, into which the lamella elements can be deflected when the gate is opened, whereby the individual lamella elements are arranged next to one another inside the cassette in the opened state of the gate.
A pharmaceutical combination comprising (a) Compound A1, described by Formula A1 below: or a pharmaceutically acceptable salt thereof, and (b) letrozole, or a pharmaceutically acceptable salt thereof. (a) Compound A1, described by Formula A1 below: or a pharmaceutically acceptable salt thereof, and (b) letrozole, or a pharmaceutically acceptable salt thereof.