mhurhangee/ep-ind-claims huggingface dataset:
An active compound, namely (1R,2S,3R,4S)-N-[(1R,2R)-2-[4-(1,2-benzoisothiazol-3-yl)-1-piperazinylmethyl]-1-cyclohexylmethyl]-2,3-bicyclo[2.2.1]heptanedicarboximide of the formula: or a pharmaceutically acceptable salt thereof, for use in a method for improving the negative symptoms and/or cognitive dysfunction of schizophrenia.
A method for connecting a tong cassette (420-t) and a positioning device (420-p) on a rig, comprising: moving a positioning arm of the positioning device (420-p) toward a predetermined position on the rig, the positioning device having a first sensor configured to detect a plurality of sensor targets (442-t) located on the tong cassette (420-t); using the first sensor to identify an orientation angle and a distance between the tong cassette (420-t) and the positioning arm; moving the positioning arm to a position for connection with the tong cassette (420-t) based on the distance and the orientation angle; and connecting the positioning arm to the tong cassette (420-t). moving a positioning arm of the positioning device (420-p) toward a predetermined position on the rig, the positioning device having a first sensor configured to detect a plurality of sensor targets (442-t) located on the tong cassette (420-t); using the first sensor to identify an orientation angle and a distance between the tong cassette (420-t) and the positioning arm; moving the positioning arm to a position for connection with the tong cassette (420-t) based on the distance and the orientation angle; and connecting the positioning arm to the tong cassette (420-t).
Buffer device having a roller conveyor and at least one device disposed along the conveying path of the roller conveyor, the device being a device for lifting one or a plurality of articles from the roller conveyor having a fork which can be raised and lowered, the fork having one or a plurality of spaced-apart elongate tines which, in the lowered position, can be moved with the tines between or below the rollers of the roller conveyor in order to lift the article from the rollers as the fork is being raised into the raised position with the tines, wherein the tines form a carrier surface for the article, characterised in that the tines can be expanded in the direction transverse to the longitudinal extension thereof in order to form an expanded carrier surface, wherein in order to effect the expansion each tine comprises at least one support (8A, 8B) which can be folded out transversely to the longitudinal extension thereof.
A method that facilitates sequencing a positioning reference signal, comprising: allocating a set of reference symbols associated with said positioning reference signal; determining a number of reference symbols included in the set of reference symbols generating a base sequence utilized for encoding the set of reference symbols; providing an extended sequence generated on the basis of, and including, the base sequence, the extended sequence including the set of reference symbols, wherein the providing comprises repeating the base sequence according to the number of reference symbols; and transmitting the extended sequence in a sub-frame designated as an idle period. allocating a set of reference symbols associated with said positioning reference signal; determining a number of reference symbols included in the set of reference symbols generating a base sequence utilized for encoding the set of reference symbols; providing an extended sequence generated on the basis of, and including, the base sequence, the extended sequence including the set of reference symbols, wherein the providing comprises repeating the base sequence according to the number of reference symbols; and transmitting the extended sequence in a sub-frame designated as an idle period.
A vehicle transponder comprising an antenna and a power directing means (3, 17, 18), the power directing means (3, 17, 18) having a first port (4, 4', 4"), a second port (5, 5', 5") and a third port (6, 6', 6"), where the power directing means (3, 17, 18) is arranged to direct power from the first port (4, 4', 4") to the second port (5, 5', 5") and/or the third port (6, 6', 6"), where the transponder further comprises a modulator, the modulator comprising a first port, a second port and a third port, where the second port (5, 5', 5") of the power directing means (3, 17, 18) is connected to the first port of the modulator, and where, in a first mode of operation, a received signal at the antenna is directed to the modulator via the power directing means (3, 17, 18), where further the modulator is arranged to modulate the received signal by means of phase shifting, wherein the modulator has a reciprocal path that runs from the first port to the second port and back from the second port to the first port, and the second port of the modulator is connected to an active amplifying means that is arranged to amplify and reflect the modulated signal through said reciprocal path to be transmitted via the antenna, characterized in that the third port of the power directing means (3, 17, 18) is connected to a demodulator, where, in a second mode of operation, a received signal is directed to the demodulator via the power directing means (3, 17, 18).
Use of a silsesquioxane of the following formula II [RSiO 3/2] n (formula II), wherein R represents an alkyl group, Si represents a silicon atom, O represents an oxygen atom and n represents an integer for the removal of microplastic particles from water and/or a body of water. a silsesquioxane of the following formula II [RSiO 3/2] n (formula II), wherein R represents an alkyl group, Si represents a silicon atom, O represents an oxygen atom and n represents an integer for the removal of microplastic particles from water and/or a body of water. R represents an alkyl group, Si represents a silicon atom, O represents an oxygen atom and n represents an integer for the removal of microplastic particles from water and/or a body of water.
A bi-axially stretched, grafted, porous, polyethylene membrane, comprising: a) an air permeability in a range from 4.9 slpm/cm 2 to 9.4 slpm/cm 2 when measured at 69 kPa (10 psi); b) a surface energy in a range from 15 dyne/cm to 25 dyne/cm, wherein the surface energy is determined using the method described in the description; c) a liquid intrusion pressure in a range from 34 kPa (5 psi) to 172 kPa (25 psi) when measured in 80:20 methanol:water solution, wherein the liquid intrusion pressure is determined using the method described in the description; and d) a perfluorinated monomer grafted to one or more surfaces of the membrane, wherein the perfluorinated monomer comprises perfluoro-n-alkyl acrylate; wherein the membrane is bacterial retentive as determined by ASTM F838-05, wherein the membrane is an ultra-high molecular weight polyethylene membrane with a molecular weight in a range from 1,000,000 Daltons to 9,000,000 Daltons and a thickness in a range of 25 microns to 40 microns. a) an air permeability in a range from 4.9 slpm/cm 2 to 9.4 slpm/cm 2 when measured at 69 kPa (10 psi); b) a surface energy in a range from 15 dyne/cm to 25 dyne/cm, wherein the surface energy is determined using the method described in the description; c) a liquid intrusion pressure in a range from 34 kPa (5 psi) to 172 kPa (25 psi) when measured in 80:20 methanol:water solution, wherein the liquid intrusion pressure is determined using the method described in the description; and d) a perfluorinated monomer grafted to one or more surfaces of the membrane, wherein the perfluorinated monomer comprises perfluoro-n-alkyl acrylate; wherein the membrane is bacterial retentive as determined by ASTM F838-05, wherein the membrane is an ultra-high molecular weight polyethylene membrane with a molecular weight in a range from 1,000,000 Daltons to 9,000,000 Daltons and a thickness in a range of 25 microns to 40 microns.
A package kit for storing a plurality of products, the package kit comprising: a primary package, and a secondary package, the primary package comprising a plurality of individually sealed cavities for individually storing a product, the secondary package comprising a back panel and a front panel, the primary package being sandwiched between the back panel and the front panel, the front panel comprising at least a first aperture and a second aperture for displaying at least a portion of the primary package, characterized in that at least a first outer circumferential portion at least partially surrounds the first aperture and is attached at least partially to the back panel, and a second outer circumferential portion at least partially surrounds the second aperture and is attached at least partially to the back panel, wherein the front panel further comprises an elevated portion being arranged between the first and the second aperture (32, 34), and extending from the first and the second outer circumferential portion (36, 38), and the individually sealed cavities are separately detachable from the primary package. a primary package, and a secondary package, the primary package comprising a plurality of individually sealed cavities for individually storing a product, the secondary package comprising a back panel and a front panel, the primary package being sandwiched between the back panel and the front panel, the front panel comprising at least a first aperture and a second aperture for displaying at least a portion of the primary package, characterized in that at least a first outer circumferential portion at least partially surrounds the first aperture and is attached at least partially to the back panel, and a second outer circumferential portion at least partially surrounds the second aperture and is attached at least partially to the back panel, wherein the front panel further comprises an elevated portion being arranged between the first and the second aperture (32, 34), and extending from the first and the second outer circumferential portion (36, 38), and the individually sealed cavities are separately detachable from the primary package.
Multilayer structure for the realization of a heated floor or wall covering or similar for a dwelling or premises, said multilayer structure comprising a decorative layer consisting of at least one surface layer made of plastic material, said decorative layer being bonded to a heating layer, said heating layer being bonded to an underlayer intended to be placed on the floor, a wall, or a similar surface, the heating layer comprising a conductive strip made of a textile incorporating conductive particles distributed homogeneously over the surface and/or throughout the thickness of the textile, said conductive strip supporting at least three conductive electrodes (5a, 5b, 5c), said electrodes being spaced apart from each other and electrically powered to define a discontinuous heating surface, characterized in that the textile of the heating layer is a non-woven textile and in that the surface layer is made of polyvinyl chloride and has a thickness between 0.2 and 1 mm, and the underlayer is obtained by coating, pressing, extrusion, or calendering and made of PVC.
An electric energy storage apparatus comprising: an electric energy storage module group formed by connecting in series two or more electric energy storage modules each comprising one or more electric energy storage elements; a first switch group comprising two or more switches each provided in a path connecting a first terminal and a terminal of one of the series-connected electric energy storage modules; and a second switch group comprising two or more switches each provided in a path connecting a second terminal and a terminal of one of the series-connected electric energy storage modules; characterised in that the electric energy storage module group is electrically connected to a balancing circuit configured for adjusting a voltage to be applied to each of the electric energy storage modules at least when discharge is performed from the electric energy storage modules to a load connected to the electric energy storage apparatus between the first and second terminals; and wherein the electric energy storage apparatus is configured to perform a switch changeover in the first and second switch groups so as to select a magnitude and polarity of an output voltage between the first and second terminals depending on a configuration of the electric energy storage elements present in a path connecting the first and second terminals. an electric energy storage module group formed by connecting in series two or more electric energy storage modules each comprising one or more electric energy storage elements; a first switch group comprising two or more switches each provided in a path connecting a first terminal and a terminal of one of the series-connected electric energy storage modules; and a second switch group comprising two or more switches each provided in a path connecting a second terminal and a terminal of one of the series-connected electric energy storage modules; characterised in that the electric energy storage module group is electrically connected to a balancing circuit configured for adjusting a voltage to be applied to each of the electric energy storage modules at least when discharge is performed from the electric energy storage modules to a load connected to the electric energy storage apparatus between the first and second terminals; and wherein the electric energy storage apparatus is configured to perform a switch changeover in the first and second switch groups so as to select a magnitude and polarity of an output voltage between the first and second terminals depending on a configuration of the electric energy storage elements present in a path connecting the first and second terminals.
A computer-implemented method, comprising: receiving, by a computer system, an order to deliver a package; instructing, by the computer system, an unmanned aerial vehicle, UAV, (110, 200, 310, 402, 404, 708, 804, 1100) to deliver the package to a location associated with the order; instructing, by the computer system, a first sensor associated with the UAV to emit a signal to a surrounding environment of the UAV during flight, the signal emitted within a particular distance around the UAV; receiving, by the computer system and from a second sensor associated with the UAV, information identifying the signal reflected off the surrounding environment and received by the second sensor; identifying, by the computer system, a sound propagation of the surrounding environment of the UAV during flight based at least in part on the information received by the second sensor associated with the UAV; the method being characterized in instructing, by the computer system, the UAV to fly to the location and modulating at respective different rotational speeds two or more sets of propellers (118, 124, 230, 314, 316, 714, 812) that are associated with the UAV simultaneously during at least a portion of the flight to generate an expected sound by the UAV based at least in part on the identified sound propagation of the surrounding environment, each set of propellers of the two or more sets of propellers being of a different size from another set of propellers of the one or more sets of propellers. receiving, by a computer system, an order to deliver a package; instructing, by the computer system, an unmanned aerial vehicle, UAV, (110, 200, 310, 402, 404, 708, 804, 1100) to deliver the package to a location associated with the order; instructing, by the computer system, a first sensor associated with the UAV to emit a signal to a surrounding environment of the UAV during flight, the signal emitted within a particular distance around the UAV; receiving, by the computer system and from a second sensor associated with the UAV, information identifying the signal reflected off the surrounding environment and received by the second sensor; identifying, by the computer system, a sound propagation of the surrounding environment of the UAV during flight based at least in part on the information received by the second sensor associated with the UAV; the method being characterized in instructing, by the computer system, the UAV to fly to the location and modulating at respective different rotational speeds two or more sets of propellers (118, 124, 230, 314, 316, 714, 812) that are associated with the UAV simultaneously during at least a portion of the flight to generate an expected sound by the UAV based at least in part on the identified sound propagation of the surrounding environment, each set of propellers of the two or more sets of propellers being of a different size from another set of propellers of the one or more sets of propellers.
A method for an autonomous vehicle, comprising: identifying a first one or more temporary extracted features, the extracted features associated with inputs to a random forest model (112, 300), the random forest model arranged to classify the extracted features into one of a plurality of labels; processing, via circuitry, the first one or more temporary extracted features to identify a first trend, wherein the first trend indicates a first one or more of the plurality of labels (318, 320); identifying a speculated label (124, 418) of the plurality of labels based on the first trend indicating the first one or more of the plurality of labels (318, 320); and generating a speculated classification result based on the speculated label, wherein the temporary extracted features are identified based on a partial set of samples at a moment in time. identifying a first one or more temporary extracted features, the extracted features associated with inputs to a random forest model (112, 300), the random forest model arranged to classify the extracted features into one of a plurality of labels; processing, via circuitry, the first one or more temporary extracted features to identify a first trend, wherein the first trend indicates a first one or more of the plurality of labels (318, 320); identifying a speculated label (124, 418) of the plurality of labels based on the first trend indicating the first one or more of the plurality of labels (318, 320); and generating a speculated classification result based on the speculated label, wherein the temporary extracted features are identified based on a partial set of samples at a moment in time.
A method of making a decorative element for use in an invisible setting, the decorative element comprising a presentation portion, a base and a setting portion extending between the presentation portion and the base, wherein the setting portion comprises an anchoring feature, the method comprising: providing a mould arrangement comprising: a mould comprising a presentation surface for forming the presentation portion of the decorative element and a setting surface for forming the setting portion of the decorative element; and a former for forming the anchoring feature, the former being located adjacent to the setting surface; arranging an element-forming material into the mould to surround the former; performing a heat treatment to form a decorative element with an anchoring feature. a mould comprising a presentation surface for forming the presentation portion of the decorative element and a setting surface for forming the setting portion of the decorative element; and a former for forming the anchoring feature, the former being located adjacent to the setting surface; arranging an element-forming material into the mould to surround the former; performing a heat treatment to form a decorative element with an anchoring feature.
Supporting beam for a system for attaching a tarpaulin for the purpose of closing a side of a loading space, which supporting beam is provided to extend in the system between an upper support beam and a lower support beam, and wherein the supporting beam comprises on an upper side an upper carriage which is compatible with an upper rail of the upper support beam, and comprises on an underside a lower carriage which is compatible with a lower rail of the lower support beam, wherein the supporting beam is provided to hold the lower carriage at a first predetermined minimum distance relative to the upper carriage in a first mode of use, this minimum distance being related to the height of the loading space, characterized in that the supporting beam has a second mode of use for holding the lower carriage at a second predetermined minimum distance relative to the upper carriage, wherein the second predetermined minimum distance is greater than the first predetermined minimum distance, wherein the supporting beam comprises a guide housing on an upper side and wherein the upper carriage is connected to a guide which is compatible with the guide housing, so that the upper carriage is movable in a longitudinal direction of the supporting beam in the first mode of use and in the second mode of use of the supporting beam in order to increase the distance between the lower and the upper carriage.
Method for manufacturing a prefab building element, comprising the steps of: A) providing a first wall part made of concrete, B) vertically positioning the first wall part, C) building a masonry wall forming a second wall part at a predetermined distance from the first wall part, thus forming a cavity in between said first wall part and said second wall part, D) bonding the first wall part and the second wall part by filling the cavity with an essentially liquid foam insulation material. A) providing a first wall part made of concrete, B) vertically positioning the first wall part, C) building a masonry wall forming a second wall part at a predetermined distance from the first wall part, thus forming a cavity in between said first wall part and said second wall part, D) bonding the first wall part and the second wall part by filling the cavity with an essentially liquid foam insulation material.
A haircare composition comprising at least pumice stone particles, one or several silicones with quaternary ammonium groups and one or several non-silicone polymers.
External element of a timepiece comprising a frame made of a first material, said external element further comprising at least one light sensor, characterized in that said light sensor is formed of a light guide comprising an input section orientating a light, from the direction of light incidence, towards a multitude of chromic sections, the chromic sections incorporating a photochromic pigment sensitive to a specific wavelength, each section being arranged such that said photochromic pigment reacts to a specific radiation intensity of the specific wavelength so that said pigment changes from a first colour to a second colour when said specific radiation intensity is reached and in that the pigment concentration is different between each section, chromic sections being arranged along a perpendicular direction to the direction of light incidence, the multitude of chromic sections being arranged aside with respect to the input section, the pigment concentration in each section increasing from the input section side, and the chromic sections are coated with an anti-ultraviolet protective layer so that the light entering said sections only enters through the input section.
Method for injection moulding of product incorporating an upper part and at least one connection integrated therewith, and where the mould chambers (16, 17) of the upper part and/or the connections have flow paths of different length in different directions from a melt intake, wherein adjustable cores in said mould chambers (16, 17) are individually adjustable for giving different flow resistance in different parts of the mould chambers for the purpose of ascertaining that the flow front of the melt will reach the outer contour of the mould chamber of the upper part substantially at the same time around the entire mold chamber and in that said method is performed using a tool comprising a combination of a fixed tool half, a movable tool half incorporating mould pressure cores, which are arranged to be movable in a direction towards the mould chamber, which is in contact with a melt intake, mould cavities for connections provided in movable connection cores, which mould cavities are in contact with the mould chamber via restrictable openings/flow channels.