mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 200) for sensing and measuring ammonia in a breath sample, comprising a sampling means comprising a breath sample capture chamber for capturing and directing a breath sample from a subject to an ammonia sensor, the ammonia sensor being a conducting polymer polyaniline (PANI) sensor, and characterised in that the breath sample capture chamber has a predefined volume and an inlet and an outlet, the inlet having a first valve to allow the breath sample into the breath sample capture chamber, the outlet having a second valve to allow the escape of breath surplus to the predefined volume from the breath sample capture chamber, and to provide a breath sample having the predefined volume from the breath sample capture chamber to the ammonia sensor.
A deposition plan creation method for creating a deposition plan in which a bead formation pass and a welding condition for weld beads obtained by melting and solidifying a filler metal when an additively-manufactured object is manufactured by depositing the weld beads are set, the deposition plan creation method being characterised by the following steps: setting a target shape from three-dimensional shape data of the additively-manufactured object; slicing the set target shape into a plurality of bead models having shapes corresponding to the weld beads; predicting, according to the welding condition of the weld beads, an amount of the filler metal that drips to a lower layer during bead formation in a bead deposition portion in which the bead models vertically overlap one another among the plurality of bead models; modifying a bead height of each of the bead models in the bead deposition portion according to the predicted dripping amount; and creating the deposition plan for manufacturing the additively-manufactured object using the plurality of bead models including the bead model with the modified bead height. setting a target shape from three-dimensional shape data of the additively-manufactured object; slicing the set target shape into a plurality of bead models having shapes corresponding to the weld beads; predicting, according to the welding condition of the weld beads, an amount of the filler metal that drips to a lower layer during bead formation in a bead deposition portion in which the bead models vertically overlap one another among the plurality of bead models; modifying a bead height of each of the bead models in the bead deposition portion according to the predicted dripping amount; and creating the deposition plan for manufacturing the additively-manufactured object using the plurality of bead models including the bead model with the modified bead height.
A method of performing an assay comprising: applying (i) beads containing a quality control moiety and (ii) a liquid matrix to a solid surface, wherein the liquid matrix subsequently solidifies and adheres the beads to the solid surface; processing the solid surface with attached beads and solidified matrix in an assay for the detection of an analyte, wherein processing includes incubating the solid surface with adherent beads and solidified matrix in a liquid at a temperature greater than 60°C whereby components of said assay react with the quality control moiety so as to cause a positive result. applying (i) beads containing a quality control moiety and (ii) a liquid matrix to a solid surface, wherein the liquid matrix subsequently solidifies and adheres the beads to the solid surface; processing the solid surface with attached beads and solidified matrix in an assay for the detection of an analyte, wherein processing includes incubating the solid surface with adherent beads and solidified matrix in a liquid at a temperature greater than 60°C whereby components of said assay react with the quality control moiety so as to cause a positive result.
A method of activating and deactivating a secondary cell, comprising: receiving, by a terminal device, first indication information sent by a network device at a first starting time, the first indication information being used for indicating the terminal device to activate or deactivate a secondary cell of the terminal device; receiving (S 120), by the terminal device, second indication information sent by the network device at a second starting time, the second indication information being used for indicating the terminal device to activate or deactivate the secondary cell, wherein the second starting time is later than the first starting time, and the terminal device does not accomplish the activation or the deactivation of the secondary cell according to the first indication information at the second starting time; wherein an indication by the first indication information is different from an indication by the second indication information; after the second starting time, selecting (S 130), by the terminal device according to a preset rule, the first indication information or the second indication information to activate or deactivate the secondary cell; wherein the first indication information is a medium access control, MAC, control element, CE, and the second indication information is downlink control information, DCI; or the first indication information is the DCI, and the second indication information is the MAC CE. receiving, by a terminal device, first indication information sent by a network device at a first starting time, the first indication information being used for indicating the terminal device to activate or deactivate a secondary cell of the terminal device; receiving (S 120), by the terminal device, second indication information sent by the network device at a second starting time, the second indication information being used for indicating the terminal device to activate or deactivate the secondary cell, wherein the second starting time is later than the first starting time, and the terminal device does not accomplish the activation or the deactivation of the secondary cell according to the first indication information at the second starting time; wherein an indication by the first indication information is different from an indication by the second indication information; after the second starting time, selecting (S 130), by the terminal device according to a preset rule, the first indication information or the second indication information to activate or deactivate the secondary cell; wherein the first indication information is a medium access control, MAC, control element, CE, and the second indication information is downlink control information, DCI; or the first indication information is the DCI, and the second indication information is the MAC CE.
A light detection sensor comprising: a light source configured to irradiate light to a detection target attached to one side of a transported object that is transported in a transport direction; a rod lens unit configured to collect afterglow of phosphorescence from the detection target after the light source stops to irradiate light; and a first light receiving element disposed to detect the afterglow that has passed through the rod lens unit; characterised in that the light detection sensor further comprises a second light receiving element disposed to detect the afterglow that has passed through the rod lens unit, at a position different from a position at which the first light receiving element is disposed in the transport direction. a light source configured to irradiate light to a detection target attached to one side of a transported object that is transported in a transport direction; a rod lens unit configured to collect afterglow of phosphorescence from the detection target after the light source stops to irradiate light; and a first light receiving element disposed to detect the afterglow that has passed through the rod lens unit; characterised in that the light detection sensor further comprises a second light receiving element disposed to detect the afterglow that has passed through the rod lens unit, at a position different from a position at which the first light receiving element is disposed in the transport direction.
A composition for use in the topical treatment of onychomycosis and/or urushiol-induced contact dermatitis, the composition comprising a mixture of: a primary diamine in a volume ratio ranging from 3.6% to 12.2% v/v of the total solution; a secondary diamine in a volume ratio ranging from 0.6% to 6.8% v/v, based on the total volume of the composition; wherein the secondary diamine comprises 4,4'-bis(sec-butylamino)diphenylmethane; a chain extension reagent in a volume ratio ranging from 2.0% to 6.2% v/v of the composition; and a stabilizing carrier in an amount sufficient to prevent formation of a gel or solid prior to removal of a portion of the stabilizing carrier; optionally wherein the stabilising carrier comprises a polyol. a primary diamine in a volume ratio ranging from 3.6% to 12.2% v/v of the total solution; a secondary diamine in a volume ratio ranging from 0.6% to 6.8% v/v, based on the total volume of the composition; wherein the secondary diamine comprises 4,4'-bis(sec-butylamino)diphenylmethane; a chain extension reagent in a volume ratio ranging from 2.0% to 6.2% v/v of the composition; and a stabilizing carrier in an amount sufficient to prevent formation of a gel or solid prior to removal of a portion of the stabilizing carrier; optionally wherein the stabilising carrier comprises a polyol.
Retaining frame for a plug-in connector for receiving contact inserts, with a base frame which has two opposite side walls (111, 112) and two opposite end walls (113, 114), wherein the two side walls (111, 112) and the two end walls (113, 114) enclose an interior space of the base frame, into which the contact inserts can be inserted along an insertion direction, wherein the side walls (111, 112) each have an inner surface pointing in the direction of the interior space, and each have an outer surface directed away from the interior space, and with fastening means which hold the contact inserts, inserted into the interior space of the base frame, on the base frame in a fastened state, characterized in that the fastening means each have a bracket element and an actuating lever, wherein the bracket element can be transferred into a closed position, in which the bracket element is in engagement with a retaining lug of an inserted contact insert, and into an open position, in which the bracket element is out of engagement with the retaining lug of the inserted contact insert, wherein, in the closed position, the bracket element can be braced to the retaining lug by means of the actuating lever. with a base frame which has two opposite side walls (111, 112) and two opposite end walls (113, 114), wherein the two side walls (111, 112) and the two end walls (113, 114) enclose an interior space of the base frame, into which the contact inserts can be inserted along an insertion direction, wherein the side walls (111, 112) each have an inner surface pointing in the direction of the interior space, and each have an outer surface directed away from the interior space, and with fastening means which hold the contact inserts, inserted into the interior space of the base frame, on the base frame in a fastened state, characterized in that the fastening means each have a bracket element and an actuating lever, wherein the bracket element can be transferred into a closed position, in which the bracket element is in engagement with a retaining lug of an inserted contact insert, and into an open position, in which the bracket element is out of engagement with the retaining lug of the inserted contact insert, wherein, in the closed position, the bracket element can be braced to the retaining lug by means of the actuating lever.
Uninterruptible power supply, UPS, device for connection of a 3-wire multiphase AC source to a 3-wire multiphase load, whereby the UPS device is provided for multiphase operation, comprising a converter part, which is connected to at least one power source (112, 128) and the load, and a 3-wire bypass, which interconnects the AC source to the load, whereby the bypass comprises a bypass switch, which comprises an independently controlled switching unit for each phase of the AC source, and the UPS device comprises a control unit, which is configured to control the converter part and the bypass switch, whereby the control unit is configured to control the bypass switch to power one of the three phases of the load directly via the bypass by one phase of the AC source, and the control unit is configured to control the converter part to power the remaining two phases of the load, whereby the control unit is provided to control the converter part and the bypass switch to rotate the one phase of the AC source, which directly supports the load via the bypass, between the bypass phases.
Method for rotating the rotor of a wind power plant in the case of calm or low wind which is unsuitable for driving the rotor, with a rotor which can be rotated about a rotor axis, comprising at least three rotor blades (4, 4'), the centre of gravity of which lies in each case outside the rotational axes for setting the blade setting angle of the individual rotor blades (4, 4'), the blade setting angle of a first rotor blade being set so as to deviate systematically from the blade setting angle of a second rotor blade in order to generate an unbalance in the rotor in such a way that a gravitation-induced torque about the rotor axis is generated by way of the change of the position of the centre of gravity of the first rotor blade.
Roadway barrier bicycle safety apparatus configured to be attached to an upper portion of a roadway barrier segment and configured to top said upper portion to prevent a bicycle and rider from extending or vaulting over said upper portion, said apparatus comprising: an elongated shell having a shell top, a shell bottom, opposed shell side walls extending between said shell top and said shell bottom, and opposed shell ends, said shell configured so that it does not laterally extend from the upper portion of the roadway barrier toward a passing bicycle or cyclist; and attachment structure for attaching the elongated shell in position on the roadway barrier segment upper portion, said shell top is smoothly curved over substantially the extent thereof, and in that said shell ends extend upwardly from said shell bottom to said shell top, wherein the opposed shell side walls and opposed shell ends are configured to be substantially aligned with sides and ends of the upper portion of the roadway barrier segment, said opposed shell side walls and said opposed shell ends extending upwardly, said shell top attached to said opposed shell side walls and said opposed shell ends and configured to define a shell top upper surface including a plurality of converging shell top upper surface portions (32, 34, 36, 38), and characterized in that said shell top upper surface is longitudinally convexly curved and said top upper surface portions (32, 34, 36, 38) converge toward an elevated location substantially midpoint longitudinally along the shell top upper surface. an elongated shell having a shell top, a shell bottom, opposed shell side walls extending between said shell top and said shell bottom, and opposed shell ends, said shell configured so that it does not laterally extend from the upper portion of the roadway barrier toward a passing bicycle or cyclist; and attachment structure for attaching the elongated shell in position on the roadway barrier segment upper portion, said shell top is smoothly curved over substantially the extent thereof, and in that said shell ends extend upwardly from said shell bottom to said shell top, wherein the opposed shell side walls and opposed shell ends are configured to be substantially aligned with sides and ends of the upper portion of the roadway barrier segment, said opposed shell side walls and said opposed shell ends extending upwardly, said shell top attached to said opposed shell side walls and said opposed shell ends and configured to define a shell top upper surface including a plurality of converging shell top upper surface portions (32, 34, 36, 38), and characterized in that said shell top upper surface is longitudinally convexly curved and said top upper surface portions (32, 34, 36, 38) converge toward an elevated location substantially midpoint longitudinally along the shell top upper surface.
A method for altering a target polynucleotide sequence in a primary cell in vitro or ex vivo comprising contacting the polynucleotide sequence with a clustered regularly interspaced short palindromic repeats-associated (Cas) protein and two ribonucleic acids, wherein each ribonucleic acid comprises a guide ribonucleic acid which directs the Cas protein to and hybridizes to a target motif of the target polynucleotide sequence, wherein the Cas protein is Streptococcus pyogenes Cas9 protein or a functional portion thereof, wherein the target polynucleotide sequence is cleaved, wherein the target polynucleotide sequence is cleaved such that a double-strand break results, such that all or a portion of the target polynucleotide is deleted, wherein the two ribonucleic acids comprise a pair of guide ribonucleic acids targeting polynucleotide sequences selected from the group consisting of SEQ ID NOs: 299 and 303, SEQ ID NOs: 298 and 300, SEQ ID NOs: 299 and 300, SEQ ID NOs: 298 and 303, SEQ ID NOs: 299 and 301, SEQ ID NOs: 298 and 299, SEQ ID NOs: 301 and 303, SEQ ID NOs: 298 and 302, and SEQ ID NOs: 298 and 301 and wherein the germ line genetic identity of a human is not altered.
Device for picking up and transporting mown agricultural crops lying on the ground by means of a conveying drum that can be mounted at the front of an at least single-axle, walk-behind tractor, driven in rotation about an axis extending transversely to the direction of movement over a working width and supported on the ground by means of rollers or sliding elements, said conveying drum comprising projecting conveying tools distributed around the circumference of a driven shaft and being driven in the direction of movement in the vicinity of the ground, wherein the conveying drum connected to a chassis of the at least single-axle tractor, supported in side arms and operatively connected to a drive shaft of the tractor comprises a plurality of brush strips arranged along the axis, distributed along the shaft and secured thereto and formed of bristles projecting from the shaft and wherein stripper elements extending perpendicularly to the axis and surrounding the shaft in an overshot manner are provided between the bristles of a brush strip, characterised in that the brush strips are secured to the shaft in such a manner that they project therefrom in portions of a spiral or curved in an arc along the axis and form a cylindrical body of revolution relative to the axis together with the exposed bristle ends of the conveying drum.
Landing gear equipped with a first skid provided with a first longitudinal support part and a second skid provided with a second longitudinal support part, each of said first longitudinal support part and second longitudinal support part extending longitudinally in a rearwards direction (401, 402) of a respective longitudinal axis (AX1, AX2) from a front end (112, 122) to a rear end (113, 123), the first longitudinal support part and the second longitudinal support part respectively being extended in the associated rearwards direction (401, 402) by a first skid extension and a second skid extension, each skid extension (41, 42) having a lower side (46, 47) facing some ground when the landing gear rests on the ground, characterised in that each lower side (46, 47) is curved longitudinally and transversely towards the ground, each lower side (46, 47) having a convex shape in respect of said ground.
An apparatus for the detection of the actual position of a steered wheel in an electric steering for an industrial truck, with • a steering drive, which adjusts the steered wheel, and • a detection device, which comprises a disc-shaped encoding element having a plurality of sections (42a-42h, 44a-44h) different in their arc length and a sensor moved relatively thereto, • wherein the encoding element comprises alternatingly two types of sections, wherein the sections (42a-42h) of a first type each have an arc length different from other sections, and the sections (44a-44h) of a second type have always the same arc length as have other sections of the second type, • the steered wheel and the encoding element are arranged with respect to each other such that at least one of the sections of the first type is completely swept and detected in its arc length, wherein the detected arc length of the section(s) of the first type have been corrected before the determination of a position. • a steering drive, which adjusts the steered wheel, and • a detection device, which comprises a disc-shaped encoding element having a plurality of sections (42a-42h, 44a-44h) different in their arc length and a sensor moved relatively thereto, • wherein the encoding element comprises alternatingly two types of sections, wherein the sections (42a-42h) of a first type each have an arc length different from other sections, and the sections (44a-44h) of a second type have always the same arc length as have other sections of the second type, • the steered wheel and the encoding element are arranged with respect to each other such that at least one of the sections of the first type is completely swept and detected in its arc length, wherein the detected arc length of the section(s) of the first type have been corrected before the determination of a position.
A method of transmitting borehole image data from downhole to a surface location, comprising: obtaining a set of image data describing formation surrounding a borehole using a logging tool at a selected depth or range of depths in the borehole, wherein the set of image data comprises an array of pixels; extracting one or more image features from the set of image data downhole; generating downhole a transmittable representation of the extracted image features; and transmitting the generated representation of the extracted image features from downhole to the surface location. obtaining a set of image data describing formation surrounding a borehole using a logging tool at a selected depth or range of depths in the borehole, wherein the set of image data comprises an array of pixels; extracting one or more image features from the set of image data downhole; generating downhole a transmittable representation of the extracted image features; and transmitting the generated representation of the extracted image features from downhole to the surface location.
An anode active material comprising porous etched SiO x particles, wherein the porous etched SiO x particles comprise an oxide layer coated on surfaces thereof, the oxide layer comprises SiO y, a thickness of the oxide layer is greater than 0 and equal to or less than 100 nm, an average particle diameter (D 50) of the porous etched SiO x particles is in a range of 1 μm to 20 μm, a specific surface area of the porous etched SiO x particles is in a range of 5 m 2 /g to 50 m 2 /g, and 0≤x<2, 0<y≤2, and x<y.