mhurhangee/ep-ind-claims huggingface dataset:
A method for transmission of uplink data, performed by a base station, the base station comprising N transmitting points, N being an integer greater than or equal to 2, characterized by the method comprising: obtaining antenna capability information of at least one panel of a terminal; obtaining panel activation information indicating an activated panel in the at least one panel; transmitting physical uplink control channel, PUCCH, resource configuration information to the terminal according to the antenna capability information and the panel activation information, wherein the PUCCH resource configuration information comprises respective configuration sub-information corresponding to each of the N transmitting points, and the configuration sub-information indicates a PUCCH resource configured for the terminal by the transmitting point. obtaining antenna capability information of at least one panel of a terminal; obtaining panel activation information indicating an activated panel in the at least one panel; transmitting physical uplink control channel, PUCCH, resource configuration information to the terminal according to the antenna capability information and the panel activation information, wherein the PUCCH resource configuration information comprises respective configuration sub-information corresponding to each of the N transmitting points, and the configuration sub-information indicates a PUCCH resource configured for the terminal by the transmitting point.
A method for detecting analytes in biological specimens using a liquid chromatography-mass spectroscopy in the analysis, comprising: analyzing a first sample to obtain a first result, the first sample including a first portion of a biological specimen; analyzing a second sample to obtain a second result, the second sample including a second portion of the biological specimen and a reference analyte at a defined concentration, wherein the first sample does not include the reference analyte; calculating a ratio between (i) the first result and (ii) a difference between the second result and the first result; and comparing the ratio to a calibrated threshold ratio in order to detect said analytes. analyzing a first sample to obtain a first result, the first sample including a first portion of a biological specimen; analyzing a second sample to obtain a second result, the second sample including a second portion of the biological specimen and a reference analyte at a defined concentration, wherein the first sample does not include the reference analyte; calculating a ratio between (i) the first result and (ii) a difference between the second result and the first result; and comparing the ratio to a calibrated threshold ratio in order to detect said analytes.
A mop-cleaning apparatus including a bucket and an extensible post connected to an internal side of a lower portion of the bucket, wherein the extensible post includes: a stationary element; a movable element movably connected to the stationary element between a lifted position and a lowered position; and a connection portion connected to an upper end of the movable element for connection to a mop, characterized in that the extensible post includes at least one track (130, 131, 132) and at least one boss movably inserted in the track (130, 131, 132) for movably connecting the stationary element to the movable element. a stationary element; a movable element movably connected to the stationary element between a lifted position and a lowered position; and a connection portion connected to an upper end of the movable element for connection to a mop, characterized in that the extensible post includes at least one track (130, 131, 132) and at least one boss movably inserted in the track (130, 131, 132) for movably connecting the stationary element to the movable element.
An aqueous composition for coating roofing substrates comprising (i) one or more emulsion copolymer having a glass transition temperature (Tg) of from -45°C to -10°C having a weight average molecular weight of from 100,000 to 2,000,000, the emulsion copolymer being the copolymerization product of a monomer mixture of (a) from 74 wt.% to 97.75 wt.% of one or more C 4 to C 6 alkyl (meth)acrylates or a mixture thereof with up to 20 wt.% of a C 7 to C 24 alkyl (meth)acrylate to make a total of 80 to 94 wt.%, (b) from 2 to 20 wt.% of a hard vinyl monomer, which monomer would if polymerized to yield a homopolymer having a weight average molecular weight of 50,000 or greater form such a homopolymer with a glass transition temperature of 10 °C or more, and (c) from 0.25 wt.% to 3.0 wt.% of one or more ethylenically unsaturated monofunctional carboxylic acid group containing monomer, (ii) a reductant, (iii) a combination of one or more of a pigment, extender, filler and mixtures thereof with one or more hydrophilic polymeric dispersant in a total amount so that the composition has a pigment volume concentration (%PVC) of from 20 to 55, and (iv) one or more multivalent transition metal ion or multivalent transition metal ion compound or salt, wherein the monomer mixture comprises 10 wt.% or less of any vinyl aromatic monomer; and, further wherein, the monomer mixture comprises 11 wt.% or less of (meth)acrylonitrile, all monomer wt.%s based on the total solids in the monomer mixture.
A process for the preparation of Bivalirudin comprising the steps of: a) condensing the segment AspPheGlu(tBu)Glu(tBu)IleProOBn(SFQ ID NO: 5) and the segment FmocGlyGlyGlyGlyAsnGlyOH(SEQ ID NO: 2) in a first organic solvent; b) deprotectingthe product of step a); c) condensing the product of step b) and the segment Boc-D-PheProArg(HCl)ProOH in a second organic solvent; d) deprotecting the benzyl group of the product of step c); e) condensing the product of step d) and the segment Glu(tBu)Glu(tBu)Tyr(tBu)LeuOtBu (SEQ ID NO: 6) in a third organic solvent; f) deprotecting the product of step e) to obtain Bivalirudin. a) condensing the segment AspPheGlu(tBu)Glu(tBu)IleProOBn(SFQ ID NO: 5) and the segment FmocGlyGlyGlyGlyAsnGlyOH(SEQ ID NO: 2) in a first organic solvent; b) deprotectingthe product of step a); c) condensing the product of step b) and the segment Boc-D-PheProArg(HCl)ProOH in a second organic solvent; d) deprotecting the benzyl group of the product of step c); e) condensing the product of step d) and the segment Glu(tBu)Glu(tBu)Tyr(tBu)LeuOtBu (SEQ ID NO: 6) in a third organic solvent; f) deprotecting the product of step e) to obtain Bivalirudin.
A method for packaging an edible product, comprising: forming a package for packaged products comprising a pouch portion and a pocket portion, with a passage between the two portions (5, 6), inserting a handle in the passage so that the handle is arranged with a grip portion thereof in the pocket portion and with a different, anchor portion thereof in the pouch portion, tightly sealing the package around the handle at, or adjacent to the passage, to make a tight seal between the pouch portion and the pocket portion, filling the pouch portion with an edible fluid through an opening in the pouch portion of said package for packaged products, and sealing said opening, wherein the package for packaged products is formed by joining together a pair of opposite shells (2a, 2b), the sealing around the handle being carried out by hot compression of the pair of opposite shells (2a, 2b) by means of a mould. forming a package for packaged products comprising a pouch portion and a pocket portion, with a passage between the two portions (5, 6), inserting a handle in the passage so that the handle is arranged with a grip portion thereof in the pocket portion and with a different, anchor portion thereof in the pouch portion, tightly sealing the package around the handle at, or adjacent to the passage, to make a tight seal between the pouch portion and the pocket portion, filling the pouch portion with an edible fluid through an opening in the pouch portion of said package for packaged products, and sealing said opening, wherein the package for packaged products is formed by joining together a pair of opposite shells (2a, 2b), the sealing around the handle being carried out by hot compression of the pair of opposite shells (2a, 2b) by means of a mould.
A bending press, in particular a press brake, for bending workpieces comprising - an upper tool and a lower tool, - a tool holder, in which the upper tool is inserted, and a tool holder, in which the lower tool is inserted, wherein the upper tool and the lower tool can be fixed in various positions within the respective tool holder (4, 5), - a control device for controlling the bending press, - a sensor device, which is connected to the control device, - at least one stop for positioning the workpiece within the bending press, wherein the stop is movable in relation to the tools (2, 3) by means of a drive controlled by the control device, wherein the sensor device is designed to detect the position or the position and the type of the upper tool and of the lower tool within the bending press, without contact, characterised in that the control device is designed to adapt the movement process by means of which the at least one stop is positioned in relation to the tools (2, 3), in dependence on the position or the position and the type of the upper tool and of the lower tool detected by means of the sensor device. - an upper tool and a lower tool, - a tool holder, in which the upper tool is inserted, and a tool holder, in which the lower tool is inserted, wherein the upper tool and the lower tool can be fixed in various positions within the respective tool holder (4, 5), - a control device for controlling the bending press, - a sensor device, which is connected to the control device, - at least one stop for positioning the workpiece within the bending press, wherein the stop is movable in relation to the tools (2, 3) by means of a drive controlled by the control device, wherein the sensor device is designed to detect the position or the position and the type of the upper tool and of the lower tool within the bending press, without contact, characterised in that the control device is designed to adapt the movement process by means of which the at least one stop is positioned in relation to the tools (2, 3), in dependence on the position or the position and the type of the upper tool and of the lower tool detected by means of the sensor device.
A method of performing image segmentation to automatically differentiate individual bones in an image of a skeleton or partial skeleton of a subject, the method comprising: receiving, by a processor of a computing device, a three-dimensional image of a subject; applying, by the processor, one or more second derivative splitting filters to the image to produce a split bone mask for the image with bone boundaries removed; determining, by the processor, a plurality of split binary components of the split bone mask by performing one or more morphological processing operations; and performing, by the processor, a region growing operation using the split binary components of the split bone mask as seeds, thereby producing a segmentation map differentiating individual bones in the image. receiving, by a processor of a computing device, a three-dimensional image of a subject; applying, by the processor, one or more second derivative splitting filters to the image to produce a split bone mask for the image with bone boundaries removed; determining, by the processor, a plurality of split binary components of the split bone mask by performing one or more morphological processing operations; and performing, by the processor, a region growing operation using the split binary components of the split bone mask as seeds, thereby producing a segmentation map differentiating individual bones in the image.
A cartridge comprising a plurality of tanks, each of which has an upper opening, wherein, in use, a plurality of liquids can be introduced into or led out from the plurality of tanks with a pipette (400; 700), characterized in that the cartridge further comprises a plurality of waste liquid tanks, a space (330-332; 530) that allows a capillary phenomenon to be generated being formed in at least one of a bottom and side walls of each of the waste liquid tanks, such that, in use, a residual liquid present at a leading end of the pipette (400; 700) can be brought into contact with the space and thereby the residual liquid can be transferred to the space through the capillary phenomenon to be removed from the pipette, and such that, in the removal of the residual liquid, different types of residual liquid can be transferred to each space (330-332; 530) of the separate waste liquid tanks.
A method comprising: running a completion assembly downhole into a well, the assembly comprising a valve (300; 320; 350) and a material (308; 324; 370) adapted to initially configure the valve (300; 320; 350) to prevent fluid flow through the valve (300; 320; 350) in at least one direction; performing a downhole completion operation in the well; disintegrating the material (308; 324; 370) to allow said fluid flow through the valve (300; 320; 350) in said at least one direction; the method being characterized by using a nozzle (301; 321; 352) of the valve (300; 320; 350) to regulate production or injection in the well, and wherein the act of disintegrating the material (308; 324; 370) comprises enabling or disabling operation of a check valve (302, 274; 372, 360) that regulates flow through the nozzle (301; 321; 352). running a completion assembly downhole into a well, the assembly comprising a valve (300; 320; 350) and a material (308; 324; 370) adapted to initially configure the valve (300; 320; 350) to prevent fluid flow through the valve (300; 320; 350) in at least one direction; performing a downhole completion operation in the well; disintegrating the material (308; 324; 370) to allow said fluid flow through the valve (300; 320; 350) in said at least one direction; the method being characterized by using a nozzle (301; 321; 352) of the valve (300; 320; 350) to regulate production or injection in the well, and wherein the act of disintegrating the material (308; 324; 370) comprises enabling or disabling operation of a check valve (302, 274; 372, 360) that regulates flow through the nozzle (301; 321; 352).
Method for reducing natural pitch and adhesive contaminants deposition on pulp and paper making equipment characterized in that a copolymer comprising at least one hydrophilic monomer selected from (meth) acrylic acid, maleic acid, maleamic acid, itaconic acid, acrylamide acetic acid, or styrenesulfonic acid, or mixtures thereof and at least two hydrophobic monomers selected from methyl styrene, styrene, methyl methacrylate, acrylonitrile, divinyl benzene, trivinyl benzene or mixtures thereof is used, wherein one of the hydrophobic monomers is methyl styrene, which is present in an amount of at least 10 % by weight based on the total weight of the copolymer, wherein the copolymer has a glass transition temperature T g in the range of at least 105°C, preferably at least 115°C, more preferably at least 120°C.
A method for measuring sidelink reference signal received power, RSRP, performed by a terminal comprising: determining a measurement port for a sidelink reference signal; and obtaining reference signal received power based on the determined measurement port. determining a measurement port for a sidelink reference signal; and obtaining reference signal received power based on the determined measurement port.
A nutritional composition, comprising lactate utilizing bacteria and at least one fibre selected from the group consisting of polyfructose with an average DP of 10 or higher, polydextrose with an average DP of 10 or higher and partially hydrolysed guar gum with an average DP of 10 or higher, wherein the lactate utilizing bacteria are selected from the group consisting of Anaerostipes and Eubacterium.
Process for the recovery of raw material from waste products, comprising at least the phases of: - supply of at least one skein to be treated derived from waste products and composed of at least a harmonic steel fraction and a non-ferrous fraction; - pre-treatment of said skein to be treated to separate said harmonic steel fraction from said non-ferrous fraction to obtain at least one treated skein; - heat treatment of said pre-treated skein to obtain at least one treated skein, said phase of heat treatment comprising a step of inductive exposure of said pre-treated skein to at least one time-varying magnetic field for the induction of eddy electric currents in said pre-treated skein, said step of inductive exposure being adapted to raise the temperature of said pre-treated skein to at least one working temperature; - post-treatment of said treated skein to obtain steel reusable as raw material; characterized by the fact that said working temperature is substantially below 800 °C and by the fact that said phase of pre-treatment comprises at least one step of mechanical separation of said harmonic steel fraction from said non-ferrous fraction. - supply of at least one skein to be treated derived from waste products and composed of at least a harmonic steel fraction and a non-ferrous fraction; - pre-treatment of said skein to be treated to separate said harmonic steel fraction from said non-ferrous fraction to obtain at least one treated skein; - heat treatment of said pre-treated skein to obtain at least one treated skein, said phase of heat treatment comprising a step of inductive exposure of said pre-treated skein to at least one time-varying magnetic field for the induction of eddy electric currents in said pre-treated skein, said step of inductive exposure being adapted to raise the temperature of said pre-treated skein to at least one working temperature; - post-treatment of said treated skein to obtain steel reusable as raw material;
Method for the control of power fluctuation ramps with energy storage systems in intermittent power generation plants, the method comprising: a stage of setting a power variation maximum ramp to the power being fed into the grid by the intermittent power generation plant, characterized in that said stage of setting the power variation maximum ramp (SOC max ramp) is carried out by means of: a substage of setting the dynamic component of the ramp (SOC dynamic ramp) defined as the slope with which the power in the plant is to be varied in each control cycle, according to the state of charge of the energy storage system. a stage of setting a power variation maximum ramp to the power being fed into the grid by the intermittent power generation plant, a substage of setting the dynamic component of the ramp (SOC dynamic ramp) defined as the slope with which the power in the plant is to be varied in each control cycle, according to the state of charge of the energy storage system.
A laminated film comprising a substrate layer and a polymer film, as a release layer, on at least one side of the substrate, wherein the release layer has an average thickness of 0.01 to 20 μm, and the polymer film comprises a polymer composition containing: a cyclic olefin polymer and a chlorine-containing polymer. a cyclic olefin polymer and a chlorine-containing polymer.
A method of environmental sensing for use with a) an integrated flood and temperature sensor (120; 201A, 201B; 300) comprising an enclosure enclosing therein a range tester, a plurality of retractable metal probes, a temperature sensor, and a level sensor, and b) a wireless network device remote from and being wirelessly connected to said integrated flood and temperature sensor (120; 201A, 201B; 300), the method comprising: measuring an electrical property at the floor and/or wall with two or more of the plurality of retractable metal probes; determining with the integrated flood and temperature sensor (120; 201A, 201B; 300) a presence of water on the floor and/or wall from the measured electrical property; sensing a temperature in the vicinity of said floor and/or wall with the enclosed temperature sensor; determining an orientation of the integrated flood and temperature sensor (120; 201A, 201B; 300) with respect to gravity with the level sensor to confirm that the orientation permits the plurality of retractable metal probes to make contact with the floor and/or wall; determining with the enclosed range tester if the wireless network device is in range of the range tester; establishing, by a home network manager one or more communications/links of the range tester with the wireless network; and selectively generating a signal indicative of at least one of the determined presence of water, the temperature, and the determined orientation for communication with the wireless network device based on the link. measuring an electrical property at the floor and/or wall with two or more of the plurality of retractable metal probes; determining with the integrated flood and temperature sensor (120; 201A, 201B; 300) a presence of water on the floor and/or wall from the measured electrical property; sensing a temperature in the vicinity of said floor and/or wall with the enclosed temperature sensor; determining an orientation of the integrated flood and temperature sensor (120; 201A, 201B; 300) with respect to gravity with the level sensor to confirm that the orientation permits the plurality of retractable metal probes to make contact with the floor and/or wall; determining with the enclosed range tester if the wireless network device is in range of the range tester; establishing, by a home network manager one or more communications/links of the range tester with the wireless network; and selectively generating a signal indicative of at least one of the determined presence of water, the temperature, and the determined orientation for communication with the wireless network device based on the link.
Process for the production of at least one patient-specific, modularly constructed bracket having a pad and a bracket body, the process comprising the steps: a) providing a raw pad library of raw pads, wherein same raw pads are filled into raw pad containers of the raw pad library, b) providing at least one bracket body library of bracket bodies, wherein same bracket bodies are filled into bracket body containers of the bracket body library, c) generating a patient-specific set-up, in particular of gypsum, of teeth to be treated of an upper jaw and/or a lower jaw of a patient, d) selecting a raw pad from the raw pad library for each tooth to be treated of the patient, e) forming a patient-specific bonding surface at each raw pad, whereby a pad is formed, f) selecting a bracket body from the bracket body library for each pad for the respective connection to the pad, g) connecting each pad to the corresponding bracket body, whereby a bracket for each tooth to be treated of the patient is formed. a) providing a raw pad library of raw pads, wherein same raw pads are filled into raw pad containers of the raw pad library, b) providing at least one bracket body library of bracket bodies, wherein same bracket bodies are filled into bracket body containers of the bracket body library, c) generating a patient-specific set-up, in particular of gypsum, of teeth to be treated of an upper jaw and/or a lower jaw of a patient, d) selecting a raw pad from the raw pad library for each tooth to be treated of the patient, e) forming a patient-specific bonding surface at each raw pad, whereby a pad is formed, f) selecting a bracket body from the bracket body library for each pad for the respective connection to the pad, g) connecting each pad to the corresponding bracket body, whereby a bracket for each tooth to be treated of the patient is formed.