mhurhangee/ep-ind-claims huggingface dataset:
An electronic aerosol provision system comprising: a vaporiser for generating an aerosol using electrical power; a battery for supplying electrical power to the vaporiser and to other components of the electronic aerosol provision system; a flat, flexible cable having a laminated structure and incorporating multiple conductor lines for transmitting electrical power and/or signals; and a temperature sensor (394, 494) incorporated into the flat, flexible cable and located adjacent the battery for sensing the temperature of the battery; wherein the electronic aerosol provision system is configured to: detect an error condition if the sensed temperature of the battery goes outside a specified operating range; and in response to such detection, reduce or cease the supply of electrical power from the battery. a vaporiser for generating an aerosol using electrical power; a battery for supplying electrical power to the vaporiser and to other components of the electronic aerosol provision system; a flat, flexible cable having a laminated structure and incorporating multiple conductor lines for transmitting electrical power and/or signals; and a temperature sensor (394, 494) incorporated into the flat, flexible cable and located adjacent the battery for sensing the temperature of the battery; wherein the electronic aerosol provision system is configured to: detect an error condition if the sensed temperature of the battery goes outside a specified operating range; and in response to such detection, reduce or cease the supply of electrical power from the battery. detect an error condition if the sensed temperature of the battery goes outside a specified operating range; and in response to such detection, reduce or cease the supply of electrical power from the battery.
A computer-implemented method for controlling playback of a recorded communication session, the method comprising: accessing by a user terminal a recording of a communication session in the form of a media file wherein the media file comprises at least an audio component; accessing by the user terminal, metadata associated with the media file, wherein the metadata comprises an indication of a visual representation (614a-c, 616, 618, 620, 624) of an event determined to have occurred during the communication session and timing information linking the visual representation (614a-c, 616, 618, 620, 624) to the event, wherein the visual representation (614a-c, 616, 618, 620, 624) comprises text converted from a communication stream of the recorded communication session; presenting at the user terminal a media playing application configured to display the media file for playback and to display (602, 612) the visual representation (614a-c, 616, 618, 620, 624) for the event synchronised to the playback of the media file based on the timing information; receiving a scrolling input at a portion of the media playing application (602, 612) displaying the visual representation (614a-c, 616, 618, 620, 624); and characterised by: synchronising a playback rate of the at least an audio component with a rate of the received scrolling input if the rate of the received scrolling input is faster than a normal playback rate of the at least an audio component. accessing by a user terminal a recording of a communication session in the form of a media file wherein the media file comprises at least an audio component; accessing by the user terminal, metadata associated with the media file, wherein the metadata comprises an indication of a visual representation (614a-c, 616, 618, 620, 624) of an event determined to have occurred during the communication session and timing information linking the visual representation (614a-c, 616, 618, 620, 624) to the event, wherein the visual representation (614a-c, 616, 618, 620, 624) comprises text converted from a communication stream of the recorded communication session; presenting at the user terminal a media playing application configured to display the media file for playback and to display (602, 612) the visual representation (614a-c, 616, 618, 620, 624) for the event synchronised to the playback of the media file based on the timing information; receiving a scrolling input at a portion of the media playing application (602, 612) displaying the visual representation (614a-c, 616, 618, 620, 624); and characterised by: synchronising a playback rate of the at least an audio component with a rate of the received scrolling input if the rate of the received scrolling input is faster than a normal playback rate of the at least an audio component.
An article comprising: a ceramic matrix composite substrate comprising a matrix material and a reinforcement material; a layer comprising a ceramic formed on the substrate, wherein the layer comprises an array of features formed in a surface of the layer; and a coating formed on the layer and the array of features, wherein the coating comprises an abradable coating, wherein the abradable coating comprises a porosity of between about 30 vol. % and about 45 vol. %, and wherein the abradable coating comprises a rare earth silicate. a ceramic matrix composite substrate comprising a matrix material and a reinforcement material; a layer comprising a ceramic formed on the substrate, wherein the layer comprises an array of features formed in a surface of the layer; and a coating formed on the layer and the array of features, wherein the coating comprises an abradable coating, wherein the abradable coating comprises a porosity of between about 30 vol. % and about 45 vol. %, and wherein the abradable coating comprises a rare earth silicate.
Method for planning a fieldbus system having a fieldbus master and at least one field device, comprising the following steps: - generating a fieldbus master object in an engineering system, which reproduces the fieldbus master of the fieldbus system to be planned; - generating a fieldbus object in the engineering system, which reproduces a fieldbus of the fieldbus system to be planned; - generating at least one field device object in the engineering system, which reproduces the at least one field device, wherein each field device object is first planned as a universal slave (30 to 33) having a slave profile (50 to 53) and a unique fieldbus address (60 to 63), wherein the slave profile contains the properties of the field device reproduced by the field device object that are needed by the fieldbus master for controlling the communication via the fieldbus, in particular the number and type of inputs and outputs by way of which the field device receives and sends data via the fieldbus, - generating at least one planned slave profile by replacing the universal slave (30 to 33) with a product slave (300 to 312), corresponding to its slave profile (50 to 53), from a product catalogue stored in a data memory while retaining the fieldbus address (60 to 63) of the universal slave (30 to 33), wherein a product slave (300 to 312) corresponds to a slave profile (50 to 53) if the product slave has all of the properties of this slave profile (50 to 53) and extends these properties by supplementary data, - transferring the at least one planned slave profile to the fieldbus master. - generating a fieldbus master object in an engineering system, which reproduces the fieldbus master of the fieldbus system to be planned; - generating a fieldbus object in the engineering system, which reproduces a fieldbus of the fieldbus system to be planned; - generating at least one field device object in the engineering system, which reproduces the at least one field device, wherein each field device object is first planned as a universal slave (30 to 33) having a slave profile (50 to 53) and a unique fieldbus address (60 to 63), wherein the slave profile contains the properties of the field device reproduced by the field device object that are needed by the fieldbus master for controlling the communication via the fieldbus, in particular the number and type of inputs and outputs by way of which the field device receives and sends data via the fieldbus, - generating at least one planned slave profile by replacing the universal slave (30 to 33) with a product slave (300 to 312), corresponding to its slave profile (50 to 53), from a product catalogue stored in a data memory while retaining the fieldbus address (60 to 63) of the universal slave (30 to 33), wherein a product slave (300 to 312) corresponds to a slave profile (50 to 53) if the product slave has all of the properties of this slave profile (50 to 53) and extends these properties by supplementary data, - transferring the at least one planned slave profile to the fieldbus master.
Deforming machine with a machine frame on which an upper tool and a lower tool are arranged, at least one of which is received on the machine frame so as to be relatively movable along a movement path, wherein mutually oppositely arranged end faces (6, 7) of the upper tool and of the lower tool form a working gap of variable size, and wherein a first optical safety light barrier is associated with the upper tool or the lower tool, which is used to protect a, in particular cuboidal, first safety space located adjacent to the working gap and which comprises a first beam source for providing first safety light beams and a first light receiver for receiving the first safety light beams, the first beam source and the first light receiver being arranged on mutually opposite boundary surfaces of the first safety space which are aligned in particular in the vertical direction, and a second optical safety light barrier being assigned to the machine frame or the upper tool, which comprises a second beam source for providing second safety light beams and a second light receiver for receiving the second safety light beams and which is designed for securing a second safety space, in particular a cuboidal second safety space, which is located in front of a largest surface of the upper tool, so that a projection of the second safety space onto the upper tool covers at least a section of the upper tool, the second beam source and the second light receiver being arranged on mutually opposite boundary surfaces of the second safety space which are aligned in particular in the vertical direction, characterized in that the second optical safety light barrier is designed for monitoring a third safety space, which extends downwards beyond the end face of the upper tool facing the lower tool along the movement path in the direction of the lower tool, so that a projection of the third safety space onto the working gap covers at least a section of the working gap.
A semi-trailer with a skid plate, said skid plate comprising a pin extending from the bottom of the skid plate, the pin to be mounted in a fifth wheel of a tractor coupled to the semi-trailer, wherein reinforcements in a form of ribs and embossments are formed in an area of a monolithic, bent surface of the skid plate, characterized in that the skid plate is formed by an area of appropriately contoured surface, preferably made of steel, so as to form circumferential ribs running substantially symmetrically with respect to a longitudinal direction of the semi-trailer and on both sides of a central and substantially flat surface, and a central longitudinal embossment made in the central and substantially flat surface, wherein the longitudinal embossment runs exactly through the centre of the surface and constitutes the symmetry axis for the ribs, said embossment running substantially parallel to the longitudinal direction of the semi-trailer through the centre of the surface and in an area of the pin, so that in the place where the pin is located, the longitudinal embossment is flattened.
Anchoring device with an insertion sleeve, having claw tongues (19, 20) that can be engaged with an inner wall of a insertion recess formed on a support part, and equipped with retention means (32, 33, 34), and with an insertion part that is blocked against a displacement against the insertion direction in a slide-in direction into the insertion sleeve and by the retention means (32, 33, 34), characterised in that the insertion part has a rivet body equipped with at least one expanding arm (25, 26, 27, 28), and in that the retention means are formed by at least one retention edge (32, 33, 34) that is engaged with the or each expanding arm(s) (25, 26, 27, 28).
Device for accommodating plant material from a group comprising seed, a cutting, a seedling or other plant material, the device comprising: more than one tubular holders to contain the plant material and possibly a substrate material, wherein the bottoms of the holders are open, - a closing element (6, 9, 36) to close the bottoms of the holders and which can be removed to flush or blow the plant material from the bottoms of the holders, and - a coupling to mutually couple the holders, wherein the coupling comprises a foldable member (35, 36) for the purpose of setting out the holders to be exposed to light at predetermined mutual intermediate distances in an extended position of the foldable member or for allowing the holders to be transported in space-saving manner in a compressed position of the foldable member. - a closing element (6, 9, 36) to close the bottoms of the holders and which can be removed to flush or blow the plant material from the bottoms of the holders, and - a coupling to mutually couple the holders, wherein the coupling comprises a foldable member (35, 36) for the purpose of setting out the holders to be exposed to light at predetermined mutual intermediate distances in an extended position of the foldable member or for allowing the holders to be transported in space-saving manner in a compressed position of the foldable member.
A tactical vest comprising: an upper portion of a front carrier, the upper portion having a set of arms connected by a contoured center edge, each of the upper arms having an upper side edge; a lower portion of the front carrier, the lower portion having a set of outwardly extending edges each connected to a lower side edge, the lower side edges extending distally to a bottom edge; and a set of lateral portions of the front carrier, each of the lateral portions having a first edge connected to a second edge at a lateral peak, the first edge connected to one of the upper side edges of the upper arms at an upper valley, the second edge connected to one of the outwardly extending edges of the lower portion at a lower valley, the upper portion, the lower portion, and the set of lateral portions forming a carrier female shape. an upper portion of a front carrier, the upper portion having a set of arms connected by a contoured center edge, each of the upper arms having an upper side edge; a lower portion of the front carrier, the lower portion having a set of outwardly extending edges each connected to a lower side edge, the lower side edges extending distally to a bottom edge; and a set of lateral portions of the front carrier, each of the lateral portions having a first edge connected to a second edge at a lateral peak, the first edge connected to one of the upper side edges of the upper arms at an upper valley, the second edge connected to one of the outwardly extending edges of the lower portion at a lower valley, the upper portion, the lower portion, and the set of lateral portions forming a carrier female shape.
A process for extracting phytosterols from tall oil soap comprising the steps of a) obtaining tall oil soap, b) mixing the tall oil soap with a solvent selected from dibromomethane, bromoform, tetrabromomethane or a combination thereof, and c) recovering phytosterols from the solvent extract. a) obtaining tall oil soap, b) mixing the tall oil soap with a solvent selected from dibromomethane, bromoform, tetrabromomethane or a combination thereof, and c) recovering phytosterols from the solvent extract.
A method of processing data for additive manufacturing of a three-dimensional object, the method comprising: receiving (401, 402) a plurality of graphic elements defining a surface of the object, and an input color texture to be visible over a surface of the object; transforming said graphic elements to a grid of voxels defining a shape of the object, thereby providing computer object data; constructing a three-dimensional color map having a plurality of pixels, each pixel being associated with a voxel of the computer object data and being categorized as either a topmost pixel or an internal pixel, wherein each topmost pixel is associated with a group of internal pixels forming a receptive field for said topmost pixel, and wherein for at least one topmost pixel, two or more pixels (F2b, F2c) of a receptive field of said topmost pixel are at equal depths relative to said topmost pixel; assigning a color-value to each topmost pixel and each internal pixel of a receptive field associated with said topmost pixel, based on said color texture and on a subtractive color mixing of said topmost pixel with said receptive field; and for each pixel (702, 704), designating, based on said color-value, a material to be used for forming a voxel corresponding to said pixel (702, 704) during said additive manufacturing; and storing in a memory, for each pixel (702, 704) of said map, a respective receptive field and a respective depth. receiving (401, 402) a plurality of graphic elements defining a surface of the object, and an input color texture to be visible over a surface of the object; transforming said graphic elements to a grid of voxels defining a shape of the object, thereby providing computer object data; constructing a three-dimensional color map having a plurality of pixels, each pixel being associated with a voxel of the computer object data and being categorized as either a topmost pixel or an internal pixel, wherein each topmost pixel is associated with a group of internal pixels forming a receptive field for said topmost pixel, and wherein for at least one topmost pixel, two or more pixels (F2b, F2c) of a receptive field of said topmost pixel are at equal depths relative to said topmost pixel; assigning a color-value to each topmost pixel and each internal pixel of a receptive field associated with said topmost pixel, based on said color texture and on a subtractive color mixing of said topmost pixel with said receptive field; and for each pixel (702, 704), designating, based on said color-value, a material to be used for forming a voxel corresponding to said pixel (702, 704) during said additive manufacturing; and storing in a memory, for each pixel (702, 704) of said map, a respective receptive field and a respective depth.
A formed film for use as a fluid distribution material in an absorbent article comprising a topsheet, a backsheet, an absorbent core between the topsheet and backsheet, the formed film comprising: a first side comprising a plurality of elongated ridges extending from a first land area of the first side and oriented in a first direction, a plurality of valleys defined by adjacent elongated ridges and the first land area and oriented in the first direction, and a plurality of primary apertures located at bottoms of the valleys; and a second side opposite the first side, the second side comprisinga plurality ofapertured protuberances, each of the apertured protuberances comprising a continuous sidewall extending from a second land area of the second side to a distal end comprising a secondary aperture,wherein each secondary aperture is substantially aligned with a primary aperture, wherein the formed film has a thickness greater than 0.9 mm under a pressure of 0.489 kPa (0.071 psi), and a thickness greater than 0.3 mm under a pressure of 4.137 kPa (0.6 psi). a first side comprising a plurality of elongated ridges extending from a first land area of the first side and oriented in a first direction, a plurality of valleys defined by adjacent elongated ridges and the first land area and oriented in the first direction, and a plurality of primary apertures located at bottoms of the valleys; and a plurality of elongated ridges extending from a first land area of the first side and oriented in a first direction, a plurality of valleys defined by adjacent elongated ridges and the first land area and oriented in the first direction, and a plurality of primary apertures located at bottoms of the valleys; and a second side opposite the first side, the second side comprisinga plurality ofapertured protuberances, each of the apertured protuberances comprising a continuous sidewall extending from a second land area of the second side to a distal end comprising a secondary aperture,wherein each secondary aperture is substantially aligned with a primary aperture, wherein the formed film has a thickness greater than 0.9 mm under a pressure of 0.489 kPa (0.071 psi), and a thickness greater than 0.3 mm under a pressure of 4.137 kPa (0.6 psi).
An implantable nerve electrode which has an electrically insulating substrate with strip conductors, electrode contacts, and connection contacts extending therein, said strip conductors interconnecting said electrode contacts and said connection contacts, and said electrode contacts being connectable with the nerves of a nervous system, each of the strip conductors having an at least partially formed envelope made of a mechanically resistant and electrically well-insulating polymer, said strip conductors, electrode contacts, and connection contacts being made of a laser-structured metal foil, each of said strip conductors having its own, individual envelope, and the polymer-enveloped strip conductors being embedded in silicone, which forms the electrically insulating substrate of the implantable nerve electrode. said strip conductors, electrode contacts, and connection contacts being made of a laser-structured metal foil, each of said strip conductors having its own, individual envelope, and the polymer-enveloped strip conductors being embedded in silicone, which forms the electrically insulating substrate of the implantable nerve electrode.
A tire having a tread, the tread comprising a rubber composition, the rubber composition comprising, based on parts by weight per 100 parts by weight of elastomer (phr), one or more conjugated diene-based elastomers comprising: from 80 to 100 phr of a natural cis 1,4-polyisoprene rubber, and from zero to 20 phr of at least one additional diene-based synthetic elastomer comprising cis 1,4-polybutadiene rubber and styrene/butadiene rubber; from 20 to 120 phr of a rubber reinforcing filler comprising a combination of silica and from 5 to 100 phr of a rubber reinforcing carbon black; and from 1 to 50 phr of a fatty acid amide, where said fatty acid amide is of the general formula: where R 1 is or comprises an alkyl hydrocarbon radical containing from 12 to 36 carbon atoms, an alkenyl hydrocarbon radical containing from 12 to 36 carbon atoms or an alkadiene hydrocarbon radical containing from 12 to 36 carbon atoms. one or more conjugated diene-based elastomers comprising: from 80 to 100 phr of a natural cis 1,4-polyisoprene rubber, and from zero to 20 phr of at least one additional diene-based synthetic elastomer comprising cis 1,4-polybutadiene rubber and styrene/butadiene rubber; from 80 to 100 phr of a natural cis 1,4-polyisoprene rubber, and from zero to 20 phr of at least one additional diene-based synthetic elastomer comprising cis 1,4-polybutadiene rubber and styrene/butadiene rubber; from 20 to 120 phr of a rubber reinforcing filler comprising a combination of silica and from 5 to 100 phr of a rubber reinforcing carbon black; and from 1 to 50 phr of a fatty acid amide, where said fatty acid amide is of the general formula: where R 1 is or comprises an alkyl hydrocarbon radical containing from 12 to 36 carbon atoms, an alkenyl hydrocarbon radical containing from 12 to 36 carbon atoms or an alkadiene hydrocarbon radical containing from 12 to 36 carbon atoms.