mhurhangee/ep-ind-claims huggingface dataset:
A nucleic acid amplification method comprising steps of: a) performing nucleic acid amplification on a sample, using a first primer including at least one modified nucleotide that is not susceptible to hydrolysis by a 5' to 3' double stranded nucleic acid specific exonuclease ("modified primer") and a second primer, wherein the amplification provides a double stranded nucleic acid comprising a first strand comprising the modified primer and a downstream amplified region; and a second strand; b) incubating the double stranded nucleic acid of a) with a 5' to 3' double stranded nucleic acid specific exonuclease which hydrolyses the second strand but does not hydrolyse the amplified region of the first strand, to provide a single stranded nucleic acid comprising the amplified region of the first strand; c) incubating the product of b) with a probe including a label, wherein the probe specifically hybridises to the single stranded nucleic acid; d) incubating the product of c) with a 5' to 3' double stranded nucleic acid specific exonuclease which hydrolyses the probe but does not hydrolyse the amplified region of the first strand, wherein hydrolysis of the probe leads to a detectable change in the signal from the label; and e) detecting the change. a) performing nucleic acid amplification on a sample, using a first primer including at least one modified nucleotide that is not susceptible to hydrolysis by a 5' to 3' double stranded nucleic acid specific exonuclease ("modified primer") and a second primer, wherein the amplification provides a double stranded nucleic acid comprising a first strand comprising the modified primer and a downstream amplified region; and a second strand; b) incubating the double stranded nucleic acid of a) with a 5' to 3' double stranded nucleic acid specific exonuclease which hydrolyses the second strand but does not hydrolyse the amplified region of the first strand, to provide a single stranded nucleic acid comprising the amplified region of the first strand; c) incubating the product of b) with a probe including a label, wherein the probe specifically hybridises to the single stranded nucleic acid; d) incubating the product of c) with a 5' to 3' double stranded nucleic acid specific exonuclease which hydrolyses the probe but does not hydrolyse the amplified region of the first strand, wherein hydrolysis of the probe leads to a detectable change in the signal from the label; and e) detecting the change.
A comfortable type lumbar cushion having a gas bag with fixed air pressure, the lumbar cushion comprising a flattened enclosure having an inner lumen formed inside the enclosure, a gas bag arranged and fixed within the inner lumen, the inner lumen with fixed air pressure arranged on the gas bag; the enclosure further comprising an upper portion forming a neck for connecting snap-fit connectors, and a lower portion forming a connector for connecting to a seat, characterized in that the front piece of the enclosure is made from breathable material suitable for the summer, wherein the rear piece is made from thermal insulating material suitable for winter time; or in that the front piece is made from thermal insulating material suitable for winter time, wherein the rear piece is made from breathable material suitable for summer time; or in that the front piece and the rear piece are both made from thermal insulating material suitable for winter time; or in that the front piece and the rear piece are both made from breathable material suitable for summer time.
Method for operating a separating device having a separating cycle consisting of at least the following method steps: - closing a holding device for holding a workpiece to be separated, - separating the workpiece by moving a cutting knife from a start positing through the cross section of the workpiece into a separating position characterized in, that at least a partial opening of the holding device takes place while the cutting knife is located at least partially in the cross section of the workpiece. - closing a holding device for holding a workpiece to be separated, - separating the workpiece by moving a cutting knife from a start positing through the cross section of the workpiece into a separating position
Adaptive stage for high pressure drops in a turbine, in particular in a steam turbine, comprising a fixed ring and a slide ring, which are arranged next to each other, whereby the slide ring can rotate relative to the fixed ring, a gland arranged at the surfaces at the inner sides (11, 21) of the fixed ring and the slide ring, an inner axial bearing and an outer axial bearing arranged at that side of the fixed ring which is arranged next to the slide ring, the inner axial bearing having a smaller inner diameter than the outer diameter of the outer axial bearing, a radial bearing arranged between the inner side of the slide ring and the outer side of the gland, a radial insert arranged at the outer side of the outer axial bearing and an axial insert arranged at that side of the slide ring which is arranged next to the fixed ring, whereby the rolls of the inner axial bearing contact a first area of the fixed ring and a first area of the slide ring, the rolls of the outer axial bearing contact a second area of the fixed ring and a first area of the axial insert and the rolls of the radial bearing contact the outer side of the gland and the inner side of the slide ring, and wherein the fixed ring comprises at that side which is arranged next to the slide ring a neck with a circumferential undercut, wherein the neck is a circumferential protrusion in radial direction with regard to the rotation axis of the slide ring arid wherein the circumferential undercut is a groove between the neck and the main body of the fixed ring.
An installation box for electrical installation, the box comprising an inner layer made of an electrically insulating plastic, the installation box comprising openings for the insertion of cables and/or empty conduits, and a flexible material being applied to the outer surface of the inner layer in the region that extends around the openings, the material covering said openings, characterized in that the installation box comprises a coating provided on the outside of the installation box in the floor region and made of an intumescent material, the material being applied in sections to the outer surface of the inner layer and that the intumescent material is applied in the sections on the outer surface of the inner layer which do not overlap with the openings which are covered by the flexible material, so that said openings are covered only by the flexible material.
A method for separating 1,1,1,2,2-pentafluoropropane (HFC-245cb) and -1,3,3,3-tetrafluoropropene ( -HFO-1234ze), the method comprising subjecting a composition comprising the HFC-245cb and the -HFO-1234ze to extractive distillation in the presence of at least one extraction solvent selected from the group consisting of halogenated hydrocarbons, halogenated unsaturated hydrocarbons, nitriles, ketones, carbonates, alcohols, hydrocarbons, esters, and ethers.
A pressure-sensitive adhesive composition comprising a polyvinyl ether polymer, wherein the polyvinyl ether polymer comprises 2-alkylalkoxyethylene monomeric units independently represented by the formula wherein R 1 and R 2 represent alkyl groups, and wherein taken together R 1 and R 2 have from 8 to 30 carbon atoms.
A multi-leaf collimator comprising a plurality of leaf modules, each leaf module comprising a leaf unit and a leaf drive unit, wherein the leaf unit comprises a leaf for shielding beams from a selected area, and the leaf unit is mounted displaceably in an adjusting direction, wherein the leaf drive unit is designed to displace the leaf unit linearly in the adjusting direction, and wherein the leaf drive unit comprises at least one drive mechanism, characterized in that the drive mechanism operates based on pneumatic actuation, and the multi-leaf collimator comprises a single reservoir for compressed gas adapted to supply compressed gas to several or all drive mechanisms being comprised by at least one side of the multi-leaf collimator.
An anode for a nonaqueous electrolyte secondary cell wherein an active material layer of an electrode includes a binder that contains an aqueous polysaccharide polymer having a carboxyl group, which is a sodium alginate, and an aqueous polymer having a carboxyl group; and crosslinking treatment is applied to the aqueous polysaccharide polymer having a carboxyl group, which is a sodium alginate, characterized in that the aqueous polymer having a carboxyl group has a number average molecular weight of 300,000 or less.
An absorbent pad comprising: a) a first layer which is fluid permeable and air permeable; b) a second layer disposed under the first layer, comprising at least one super absorbent material; c) a base layer disposed under the second layer, comprising a hydrophobic breathable film disposed over an air-permeable material, wherein the absorbent pad, has a tensile strength at 25% elongation, when measured by the ASTM D 882 method, in the range of about 35 N/25 mm to about 55 N/25 mm in the machine direction and about 20 N/25 mm to about 40 N/25 mm in the cross direction.
A slim type stator for use in a BLDC (Brushless Direct-Current) motor, the slim type stator comprising: a number of division cores; a number of bobbins that form an annular division stator core assembly wherein each bobbin comprises first and second flanges (54a, b) formed at one side of the bobbin and the other side thereof, respectively, and is molded on the outer circumference of the respective division cores, and wherein adjoining division cores are coupled through a coupling protrusion and a coupling groove that are formed at either side end of the first and second flange, respectively; a three-phase coil that is consecutively wound on the bobbins of each phase that is alternately arranged per phase; and a stator holder that molds the division stator core assembly formed by winding the coils on the bobbins by an insert molding that uses a thermosetting resin, characterized by further comprising a terminal assembly holder that comprises: first through third terminal housings (81, 82, 83) that are used to connect respective one-side coil terminals of the three-phase coils and respective outer withdrawal lead wires of the three phases; and a common terminal housing that is used to form a neutral point by inter-connecting the other-side coil terminals of the respective three-phase coils, the first through third terminal housings (81, 82, 83) and the common terminal housing are arranged by insertion between the division cores on which the three-phase coils are respectively wound. a number of division cores; a number of bobbins that form an annular division stator core assembly wherein each bobbin comprises first and second flanges (54a, b) formed at one side of the bobbin and the other side thereof, respectively, and is molded on the outer circumference of the respective division cores, and wherein adjoining division cores are coupled through a coupling protrusion and a coupling groove that are formed at either side end of the first and second flange, respectively; a three-phase coil that is consecutively wound on the bobbins of each phase that is alternately arranged per phase; and a stator holder that molds the division stator core assembly formed by winding the coils on the bobbins by an insert molding that uses a thermosetting resin, characterized by further comprising a terminal assembly holder that comprises: first through third terminal housings (81, 82, 83) that are used to connect respective one-side coil terminals of the three-phase coils and respective outer withdrawal lead wires of the three phases; and a common terminal housing that is used to form a neutral point by inter-connecting the other-side coil terminals of the respective three-phase coils, the first through third terminal housings (81, 82, 83) and the common terminal housing are arranged by insertion between the division cores on which the three-phase coils are respectively wound.
A Christmas ornament structure, comprising: a glass ball, wherein the glass ball is a hollow object, a blow orifice part upwardly extends from the surface of the glass ball, the blow orifice part includes a hole, and the adjoining area between the blow orifice part and the surface of the glass ball forms an arc-shaped face; and a ceramic cap, including an integrally formed cap body and a modeled body, wherein the bottom of the cap body has an opening, the perimeter of the opening includes a connection inner wall having a concavely arc-shaped face, and a hollow structure extends upwardly from the continuous inner wall to the modeled body, and a circle ring is connected on the modeled body; wherein the cap body of the ceramic cap covers the blow orifice part of the glass ball such that the blow orifice part enters the hollow structure of the cap body via the opening of the cap body, so the concavely arc-shaped connection inner wall of the ceramic cap closely fits to the arc-shaped face of the glass ball, and the ceramic cap and the glass ball are fixedly bonded by means of a glue thereby obtaining an in-out thoroughly connected Christmas ornament model of integral formation. a glass ball, wherein the glass ball is a hollow object, a blow orifice part upwardly extends from the surface of the glass ball, the blow orifice part includes a hole, and the adjoining area between the blow orifice part and the surface of the glass ball forms an arc-shaped face; and a ceramic cap, including an integrally formed cap body and a modeled body, wherein the bottom of the cap body has an opening, the perimeter of the opening includes a connection inner wall having a concavely arc-shaped face, and a hollow structure extends upwardly from the continuous inner wall to the modeled body, and a circle ring is connected on the modeled body; wherein the cap body of the ceramic cap covers the blow orifice part of the glass ball such that the blow orifice part enters the hollow structure of the cap body via the opening of the cap body, so the concavely arc-shaped connection inner wall of the ceramic cap closely fits to the arc-shaped face of the glass ball, and the ceramic cap and the glass ball are fixedly bonded by means of a glue thereby obtaining an in-out thoroughly connected Christmas ornament model of integral formation.
A control system for a motor vehicle comprising a central tyre inflation system CTIS and an electronic CTIS controller, the CTIS controller being configured to control the CTIS to cause inflation and deflation of one or more tyres, the CTIS controller being configured to cause the CTIS to operate in a selected one of a plurality of operating modes in each of which the system is configured to set a pressure of one or more tyres of the vehicle to a predetermined tyre pressure value, characterised in that the CTIS controller is configured to receive data indicative of a type of tyre fitted to the vehicle, the controller being configured to prevent operation in a predetermined at least one of the plurality of operating modes in dependence on the data indicative of tyre type.
A method for the treatment of a blood sample in vitro, wherein blood is mixed in vitro with a composition comprising i) at least one inhibitor of hexokinase, selected from the group consisting of 2-deoxy-D-glucose, 2-fluoro-2-deoxy-D-glucose, 2-amino-2-deoxy-D-glucose and 3-bromopyruvic acid or salt thereof, with a mass concentration of at least 0.01 mg/mL blood; ii) at least one glycolysis-inhibiting agent having activity for another enzyme involved in glucose catabolism, having antiglycolytic activity for any one of the enzymes in the glycolytic pathway downstream of hexokinase and selected from the group consisting of fluoride salt, iodoacetic acid or salt therof, oxamic acid or salt thereof and dichloroacetic acid or salt therof, with a mass concentration of at least 0.01 mg/mL blood; and optionally iii) an anticoagulant and/or a plasma stabilizer selected from the group consisting of EDTA salt, citrate salt, oxalate salt and heparin salt, with a mass concentration of at least 0.01 mg/mL blood, and wherein said blood sample is preserved for further analysis. i) at least one inhibitor of hexokinase, selected from the group consisting of 2-deoxy-D-glucose, 2-fluoro-2-deoxy-D-glucose, 2-amino-2-deoxy-D-glucose and 3-bromopyruvic acid or salt thereof, with a mass concentration of at least 0.01 mg/mL blood; ii) at least one glycolysis-inhibiting agent having activity for another enzyme involved in glucose catabolism, having antiglycolytic activity for any one of the enzymes in the glycolytic pathway downstream of hexokinase and selected from the group consisting of fluoride salt, iodoacetic acid or salt therof, oxamic acid or salt thereof and dichloroacetic acid or salt therof, with a mass concentration of at least 0.01 mg/mL blood; and
A method at a computing device, the method comprising: maintaining, at the computing device, a prioritized list of connection interfaces available for virtual private network connection; associating a virtual private network profile with a plurality of connection interfaces, each connection interface being within the prioritized list; upon initiation of a virtual private network connection without a specified interface, selecting from the plurality of connection interfaces, a highest priority available connection interface; monitoring the connection interfaces for availability; if a connection interface of the plurality of connection interfaces with a higher priority than the connection interface currently used by the virtual private network becomes available, utilizing the higher priority connection interface for the virtual private network; and if the connection interface currently used by the virtual private network becomes unavailable, transferring the virtual private network to a highest priority available connection interface within the plurality of connection interfaces. maintaining, at the computing device, a prioritized list of connection interfaces available for virtual private network connection; associating a virtual private network profile with a plurality of connection interfaces, each connection interface being within the prioritized list; upon initiation of a virtual private network connection without a specified interface, selecting from the plurality of connection interfaces, a highest priority available connection interface; monitoring the connection interfaces for availability; if a connection interface of the plurality of connection interfaces with a higher priority than the connection interface currently used by the virtual private network becomes available, utilizing the higher priority connection interface for the virtual private network; and if the connection interface currently used by the virtual private network becomes unavailable, transferring the virtual private network to a highest priority available connection interface within the plurality of connection interfaces.
A location-based service implementing method performed by a location-based service implementing apparatus, wherein the method comprises: determining, based on a requesting location in a service request, a level-1 region that the service request belongs to, wherein the level-1 region is one of a plurality of level-1 regions into which an area is divided based on a predetermined size in longitude and latitude; dividing the level-1 region into a plurality of level-2 regions based on predetermined granularity, wherein the predetermined granularity is set to a predetermined geographical distance, and wherein the plurality of level-2 regions are of the same size; determining, based on the requesting location, a level-2 region that the service request belongs to; determining eight level-2 regions adjacent to the level-2 region that the service request belongs to; and responding to the service request based on the location information of all service objects in the level-2 region that the service request belongs to and on the location information of all service objects in the eight adjacent level-2 regions. determining, based on a requesting location in a service request, a level-1 region that the service request belongs to, wherein the level-1 region is one of a plurality of level-1 regions into which an area is divided based on a predetermined size in longitude and latitude; dividing the level-1 region into a plurality of level-2 regions based on predetermined granularity, wherein the predetermined granularity is set to a predetermined geographical distance, and wherein the plurality of level-2 regions are of the same size; determining, based on the requesting location, a level-2 region that the service request belongs to; determining eight level-2 regions adjacent to the level-2 region that the service request belongs to; and responding to the service request based on the location information of all service objects in the level-2 region that the service request belongs to and on the location information of all service objects in the eight adjacent level-2 regions.
Vacuum pump for attachment to a framework of a vehicle, comprising a mounting assembly for mounting said vacumm pump to said framework with three solid structures (6.1) and three dampers (6.2) corresponding pairwise to each other, whereat said mounting assembly is designed and positioned to said framework in an attachment state of said vacuum pump in such a way, that a force acting from said framework onto said vacuum pump via a force transmission path is damped by said dampers (6.2), whereat said mounting assembly comprises a separate mounting bracket (6.3) for fastening said vacuum pump to said framework of said vehicle and positioned between said dampers (6.2) and said framework of said vehicle in said attachment state of said vacuum pump, with respect to said force transmission path, wherein, said mounting bracket (6.3) is built in such a manner, that all of said solid structures (6.1) with all of said dampers (6.2) are substantially encompassed by said mounting bracket (6.3) in said attachment state of said vacuum pump, whereat said mounting bracket (6.3) of said mounting assembly comprises a reception (6.3.1) for each of said dampers (6.2) fixed to said corresponding solid structure (6.1) and said mounting bracket (6.3) comprises an inspection window (6.3.2) for said reception (6.3.1). whereat said mounting assembly comprises a separate mounting bracket (6.3) for fastening said vacuum pump to said framework of said vehicle and positioned between said dampers (6.2) and said framework of said vehicle in said attachment state of said vacuum pump, with respect to said force transmission path, wherein, said mounting bracket (6.3) is built in such a manner, that all of said solid structures (6.1) with all of said dampers (6.2) are substantially encompassed by said mounting bracket (6.3) in said attachment state of said vacuum pump, whereat said mounting bracket (6.3) of said mounting assembly comprises a reception (6.3.1) for each of said dampers (6.2) fixed to said corresponding solid structure (6.1) and said mounting bracket (6.3) comprises an inspection window (6.3.2) for said reception (6.3.1).