mhurhangee/ep-ind-claims huggingface dataset:
Insulation panel comprising: - at least one sensor unit comprising at least one moisture sensor configured to provide moisture data; - at least one communication interface configured to establish a communication with a read-out device and to transmit the moisture data to the read-out device; - at least one memory unit configured to store identification data of the insulation panel, characterized in that the sensor unit further comprises at least one radon sensor configured to provide radon exposure data. - at least one sensor unit comprising at least one moisture sensor configured to provide moisture data; - at least one communication interface configured to establish a communication with a read-out device and to transmit the moisture data to the read-out device; - at least one memory unit configured to store identification data of the insulation panel,
A superconducting cable comprising: a superconductor; two or more coolant passages including an outgoing coolant passage (12, 82) and a returning coolant passage (14, 84) that transfer a coolant that cools the superconductor (60, 72, 73), and a heat insulating pipe (10, 80) inside which the superconductor (60, 72, 73) and the coolant passages (12, 14, 82, 84) are formed, wherein, for the coolant passages (12, 14, 82, 84), by a double structured tube of an inner tube (6, 76) and an outer tube (8, 78), the outgoing coolant passage (12, 82) is formed in an internal space of the inner tube (6, 76) and the returning coolant passage (14, 84) is formed in a space between the inner tube (6, 76) and the outer tube (8, 78), wherein a heat insulating material is disposed between the outgoing coolant passage (12, 82) and the returning coolant passage (14, 84), wherein the superconductor (60, 72, 73) is disposed on an outer circumferential side of the heat insulating material, and wherein the superconductor (60, 72, 73) is cooled by the coolant that flows through the returning coolant passage (14, 84). a superconductor; two or more coolant passages including an outgoing coolant passage (12, 82) and a returning coolant passage (14, 84) that transfer a coolant that cools the superconductor (60, 72, 73), and a heat insulating pipe (10, 80) inside which the superconductor (60, 72, 73) and the coolant passages (12, 14, 82, 84) are formed, wherein, for the coolant passages (12, 14, 82, 84), by a double structured tube of an inner tube (6, 76) and an outer tube (8, 78), the outgoing coolant passage (12, 82) is formed in an internal space of the inner tube (6, 76) and the returning coolant passage (14, 84) is formed in a space between the inner tube (6, 76) and the outer tube (8, 78), wherein a heat insulating material is disposed between the outgoing coolant passage (12, 82) and the returning coolant passage (14, 84), wherein the superconductor (60, 72, 73) is disposed on an outer circumferential side of the heat insulating material, and wherein the superconductor (60, 72, 73) is cooled by the coolant that flows through the returning coolant passage (14, 84).
A package comprising: a container having an open end and a closed end, and comprising a pair of sidewalls, at least one facing panel connecting the sidewalls, and an end wall; a slider for holding a product, the slider being slidably mounted within the container and comprising at least one sidewall and at least one facing panel; wherein the package comprises at least one releasable locking feature at a side of the package, the releasable locking feature comprising a pair of locking edges, one associated with a sidewall of each of the slider and container respectively, and a release area for releasing a locking abutment between the locking edges, the release area being provided in the sidewall of the container having the locking edge; wherein the locking edges cooperate to prevent movement of the slider out of the open end of the container for permitting access to the product until a user manually applies pressure to the release area to deform the release area and thereby deflect the locking edge of the slider out of abutment with the locking edge of the container to permit the slider to slide past the locking edge of the container; and wherein the package comprises means (462, 464) for biasing the locking edge of the slider into engagement with the locking edge of the container; characterised in that the biasing means comprises a projection which biases the locking edge of the slider into engagement with the locking edge of the container. a container having an open end and a closed end, and comprising a pair of sidewalls, at least one facing panel connecting the sidewalls, and an end wall; a slider for holding a product, the slider being slidably mounted within the container and comprising at least one sidewall and at least one facing panel; wherein the package comprises at least one releasable locking feature at a side of the package, the releasable locking feature comprising a pair of locking edges, one associated with a sidewall of each of the slider and container respectively, and a release area for releasing a locking abutment between the locking edges, the release area being provided in the sidewall of the container having the locking edge; wherein the locking edges cooperate to prevent movement of the slider out of the open end of the container for permitting access to the product until a user manually applies pressure to the release area to deform the release area and thereby deflect the locking edge of the slider out of abutment with the locking edge of the container to permit the slider to slide past the locking edge of the container; and wherein the package comprises means (462, 464) for biasing the locking edge of the slider into engagement with the locking edge of the container; characterised in that the biasing means comprises a projection which biases the locking edge of the slider into engagement with the locking edge of the container.
A speech recognition method comprising: obtaining an acoustic sequence, which is a speech signal, comprising speech information, and is divided into a plurality of frames; and determining pronunciations in the acoustic sequence by: - predicting a first pronunciation of a first frame among the frames using an acoustic model; and - predicting a duration of the first pronunciation in the acoustic sequence using the acoustic model; - skipping pronunciation prediction for a number of frames corresponding to the duration; and characterised by - determining a pronunciation of each frame of the number of frames to be the first pronunciation. obtaining an acoustic sequence, which is a speech signal, comprising speech information, and is divided into a plurality of frames; and determining pronunciations in the acoustic sequence by: - predicting a first pronunciation of a first frame among the frames using an acoustic model; and - predicting a duration of the first pronunciation in the acoustic sequence using the acoustic model; - skipping pronunciation prediction for a number of frames corresponding to the duration; and characterised by - determining a pronunciation of each frame of the number of frames to be the first pronunciation. - predicting a first pronunciation of a first frame among the frames using an acoustic model; and - predicting a duration of the first pronunciation in the acoustic sequence using the acoustic model; - skipping pronunciation prediction for a number of frames corresponding to the duration; and characterised by - determining a pronunciation of each frame of the number of frames to be the first pronunciation.
A magnetic pen that enables to draw characters, figures, and pictures on a magnetic panel by applying a magnetic field, comprising: an end portion; a holder attached to the end portion of the magnetic pen, an internal space formed in the holder; and a magnet (50, 52; 50, 52, 54, 56; 300) disposed in the internal space of the holder, characterized in that the holder is made of a magnetic material, and a surface (50a, 52a) of the magnet (50, 52; 50, 52, 54, 56; 300) opposite the magnetic panel is at a position recessed from an edge of the holder when drawing. an end portion; a holder attached to the end portion of the magnetic pen, an internal space formed in the holder; and a magnet (50, 52; 50, 52, 54, 56; 300) disposed in the internal space of the holder, characterized in that the holder is made of a magnetic material, and a surface (50a, 52a) of the magnet (50, 52; 50, 52, 54, 56; 300) opposite the magnetic panel is at a position recessed from an edge of the holder when drawing.
Gas sampling lance with a gas sample pipe for sampling gases wherein the gas sample pipe is divided in a lance pipe and a connecting pipe which connects the lance pipe to a gas scrubber, the gas sampling lance further comprising a first scraper to clean the inside of the lance pipe and a second scraper to clean the inside of the connecting pipe, wherein the lance pipe and the connecting pipe are configured at an angle to each other.
Roll straightening machine with a set of upper and lower straightening rolls, wherein each straightening roll is provided with a rotary drive so as to rotate - at the instigation of a machine control - the straightening roll and thus convey a metallic flat material, which is to be straightened, in a conveying direction and in that case straighten it, wherein each straightening roll comprises a first rotary drive (L 1, L 2,..., L n) which can rotate one axial end of the straightening roll and a second rotary drive (R 1, R 2,..., R n) which can rotate the other axial end of the straightening roll, characterised in that the machine control is configured to act on the respective first and second rotary drives (L 1, L 2,..., L n, R 1, R 2,..., R n), in accordance with presetting of a value, individually by a parameter determining the rotational movement of the straightening roll.
Circuit assembly for reducing a DC magnetic flux component in the core of a transformer, comprising: - a measuring device which provides a sensor signal corresponding to the magnetic unidirectional flux fraction, - a compensation winding which is magnetically coupled to the core of the transformer, - a semiconductor switching device which is electrically arranged in a current path in series with the compensation winding, in order to feed a current (I GL) into the compensation winding, the action of which is directed opposite to the unidirectional flux fraction, wherein the semiconductor switching device can be controlled by means of a control signal provided by a control device, - characterised by an inductive voltage divider, having: a first impedance which is arranged in the circuit in series with the compensation winding and the semiconductor switching device, wherein a parallel resonant circuit is connected in parallel to said first impedance, a second impedance which is arranged parallel to the semiconductor switching device. - a measuring device which provides a sensor signal corresponding to the magnetic unidirectional flux fraction, - a compensation winding which is magnetically coupled to the core of the transformer, - a semiconductor switching device which is electrically arranged in a current path in series with the compensation winding, in order to feed a current (I GL) into the compensation winding, the action of which is directed opposite to the unidirectional flux fraction, wherein the semiconductor switching device can be controlled by means of a control signal provided by a control device, - characterised by an inductive voltage divider, having: a first impedance which is arranged in the circuit in series with the compensation winding and the semiconductor switching device, wherein a parallel resonant circuit is connected in parallel to said first impedance, a second impedance which is arranged parallel to the semiconductor switching device. a first impedance which is arranged in the circuit in series with the compensation winding and the semiconductor switching device, wherein a parallel resonant circuit is connected in parallel to said first impedance, a second impedance which is arranged parallel to the semiconductor switching device.
A method of allocating resources for device-to-device, D2D, and cellular traffic, performed by a network node in a cellular communication system, the network node serving a wireless device supporting D2D communication, the method comprising: - receiving, from the wireless device, at least one control message comprising resource allocation information associated with D2D transmissions of other wireless devices (10a, 10b), which transmissions are obtained by the wireless device, and - utilizing the received resource allocation information when allocating resources to D2D traffic and to cellular traffic, characterized in that resources, identified on the basis of said allocation and the received allocation information as being potentially subject to D2D interference, are allocated for cellular traffic with reduced spectral efficiency compared with resources identified as not being subject to D2D interference and/or such resources are assigned to low priority cellular transmissions. - receiving, from the wireless device, at least one control message comprising resource allocation information associated with D2D transmissions of other wireless devices (10a, 10b), which transmissions are obtained by the wireless device, and - utilizing the received resource allocation information when allocating resources to D2D traffic and to cellular traffic,
A non-naturally occurring Wood-Ljungdahl microorganism capable of producing polyhydroxybutyrate comprising: a. a nucleic acid encoding a heterologous acetyl-CoA C-acetyltransferase (EC 2.3.1.9) enzyme that converts acetyl-CoA to acetoacetyl-CoA, b. a nucleic acid encoding a heterologous acetoacetyl-CoA reductase (EC 1.1.1.36) enzyme or a nucleic acid encoding a heterologous 3-hydroxybutyryl-CoA dehydrogenase (EC 1.1.1.157) enzyme that converts acetoacetyl-CoA to 3-hydroxybutyryl-CoA, and c. a nucleic acid encoding a heterologous polyhydroxyalkanoate synthase (EC 2.3.1.-) enzyme that converts 3-hydroxybutyryl-CoA to polyhydroxybutyrate. a. a nucleic acid encoding a heterologous acetyl-CoA C-acetyltransferase (EC 2.3.1.9) enzyme that converts acetyl-CoA to acetoacetyl-CoA, b. a nucleic acid encoding a heterologous acetoacetyl-CoA reductase (EC 1.1.1.36) enzyme or a nucleic acid encoding a heterologous 3-hydroxybutyryl-CoA dehydrogenase (EC 1.1.1.157) enzyme that converts acetoacetyl-CoA to 3-hydroxybutyryl-CoA, and c. a nucleic acid encoding a heterologous polyhydroxyalkanoate synthase (EC 2.3.1.-) enzyme that converts 3-hydroxybutyryl-CoA to polyhydroxybutyrate.
A method of achieving improved hair feel due to a decrease in static friction comprising: a. applying an aerosol composition to the hair with an apparatus at a spray rate from 0.4 g/sec to 0.8 g/sec, wherein said aerosol composition comprises: i. from 5% to 12% particulate tapioca starch; ii. from 30% to 50% alcohol; iii. from 0.1% to 0.3% redispersing agent; iv. from 40% to 60% propellant; and v. less than 1% nonvolatile oil wherein the percentages of (i) - (v) are by weight of the aerosol composition, wherein the redispersing agent comprises silica; and b. depositing from 0.15 g to 0.35 g of nonvolatile material from said aerosol composition to the hair when said apparatus is sprayed for 5 sec from a 15 cm distance. a. applying an aerosol composition to the hair with an apparatus at a spray rate from 0.4 g/sec to 0.8 g/sec, wherein said aerosol composition comprises: i. from 5% to 12% particulate tapioca starch; ii. from 30% to 50% alcohol; iii. from 0.1% to 0.3% redispersing agent; iv. from 40% to 60% propellant; and v. less than 1% nonvolatile oil wherein the percentages of (i) - (v) are by weight of the aerosol composition, wherein the redispersing agent comprises silica; and i. from 5% to 12% particulate tapioca starch; ii. from 30% to 50% alcohol; iii. from 0.1% to 0.3% redispersing agent; iv. from 40% to 60% propellant; and v. less than 1% nonvolatile oil b. depositing from 0.15 g to 0.35 g of nonvolatile material from said aerosol composition to the hair when said apparatus is sprayed for 5 sec from a 15 cm distance.
A process for determining concentration of two or more condensing agents for gas phase polyolefin polymerization, the process comprising i) providing one or more monomers, at least one catalyst system, and at least two condensing agents, ii) selecting a polyolefin polymer density and melt index as well as a polymerization condition pressure, and iii) adjusting the condensing agent composition so the vapor pressure of the condensing agents is within ±4 bara of the optimum vapor pressure given by the formula: optimum vapor pressure = 614 - 716 ∗ D + 2.338 ∗ P + 3.603 ∗ ln, where the optimum vapor pressure has units (bara), D is the polyolefin polymer density (ASTM D1505) with units (g/cc), P is the polymerization condition pressure with units (barg), and MI is the polyolefin polymer melt index (I 2.16) (ASTM D1238) with units (g/10 min).
Communication method for transmitting and receiving information in a time division duplex communication system, comprising the steps of: allocating a predetermined number of time slots by which said time division duplex communication system transfers information, said predetermined number of time slots comprising fixed blocks of a receiving time slot and an adjacent transmitting time slot, wherein a fixed block is built by the first two time slots of a frame, allocating at least the time slot adjacent to the receiving time slot of a fixed block as an additional receiving time slot and at least the time slot adjacent the transmitting time slot of said fixed block as an additional transmitting time slot dependent on an amount of information to be transferred, and changing the allocation of said time slots when the amount of information to be transferred is changed, wherein a guard period is provided in at least one of said adjacent additional time slots. allocating a predetermined number of time slots by which said time division duplex communication system transfers information, said predetermined number of time slots comprising fixed blocks of a receiving time slot and an adjacent transmitting time slot, wherein a fixed block is built by the first two time slots of a frame, allocating at least the time slot adjacent to the receiving time slot of a fixed block as an additional receiving time slot and at least the time slot adjacent the transmitting time slot of said fixed block as an additional transmitting time slot dependent on an amount of information to be transferred, and changing the allocation of said time slots when the amount of information to be transferred is changed, wherein a guard period is provided in at least one of said adjacent additional time slots.
Method for continuously producing crepe paper that is smooth on one side, comprising the steps: - producing a paper web from a stock suspension; - mechanically dewatering the paper web in a press section; - generating a crepe structure in the sheet structure of the paper web - thermally drying the paper web; characterized in that the dry content prior to production of the crepe structure by means of a crepe doctor; lies between 25 and 45% and that the creped paper web is applied to a glazing cylinder by means of a bulk-preserving pressing system in order to dry and generate a smooth surface on the paper web on one side, wherein the pressing system applies the creped paper web with a soft roller and spare felt to the glazing cylinder. - producing a paper web from a stock suspension; - mechanically dewatering the paper web in a press section; - generating a crepe structure in the sheet structure of the paper web - thermally drying the paper web;
A pulsatile blood pump suitable for implantation into a patient in place of a resected portion of the ascending aorta of the patient, the blood pump comprising: a substantially tubular body for replacing a resected portion of the ascending aorta of the patient, the tubular body having first and second ends (18,20) with a blood passageway extending therebetween for the passage of blood, the tubular body including no check valve; a flexible membrane attached to the tubular body so as to form a fluid chamber between the flexible membrane and an inner surface of the tubular body, the flexible membrane thereby separating the fluid chamber from the blood passageway; and a port in the tubular body arranged to allow fluid to flow into and out of the fluid chamber such that the volume of the fluid chamber increases and the volume of the blood passageway decreases when fluid flows into the fluid chamber via the port, and such that the volume of the fluid chamber decreases and the volume of the blood passageway increases when fluid flows out of the fluid chamber via the port, thereby enabling the blood pump to pump blood along the blood passageway. a substantially tubular body for replacing a resected portion of the ascending aorta of the patient, the tubular body having first and second ends (18,20) with a blood passageway extending therebetween for the passage of blood, the tubular body including no check valve; a flexible membrane attached to the tubular body so as to form a fluid chamber between the flexible membrane and an inner surface of the tubular body, the flexible membrane thereby separating the fluid chamber from the blood passageway; and a port in the tubular body arranged to allow fluid to flow into and out of the fluid chamber such that the volume of the fluid chamber increases and the volume of the blood passageway decreases when fluid flows into the fluid chamber via the port, and such that the volume of the fluid chamber decreases and the volume of the blood passageway increases when fluid flows out of the fluid chamber via the port, thereby enabling the blood pump to pump blood along the blood passageway.
An optoelectronic device comprising a matrix of axial light emitting diodes, each light emitting diode comprising an active layer configured to emit electromagnetic radiation, the matrix forming a photonic crystal configured to form at least first and second resonance peaks, in a plane containing the active layers, each first resonance peak amplifying the intensity of said electromagnetic radiation at a first wavelength, each second resonance peak amplifying the intensity of said electromagnetic radiation at a second wavelength wherein each light emitting diode comprises an elongated semiconductor element along an axis (Δ), having a first portion of a first average diameter (D nw),, a second portion extending the first portion and having a cross-sectional area decreasing away from the first portion and the active layer extending the second portion and having a second average diameter (D top) strictly less than the first average diameter, the active layers being located at the locations of the first resonance peaks and absent at the locations of the second resonance peaks.
An agricultural baler comprising a baling chamber, the baler comprising baling chamber walls (3, 4, 5, 6, 11) separating the baling chamber from the environment, at least one of the baling chamber walls comprises fluid channels (13, 14, 23, 28) formed at the environment side of the wall and directly adjacent to the baling chamber in such a manner that, during operation of the agricultural baler, heat is transferred from the baling chamber wall to fluid in the fluid channels, and in that the baler comprises displacement means for moving fluid along said fluid channels during operation of the agricultural baler, said at least one baling chamber wall is formed as a metal plate arranged with one side towards the baling chamber and with the other side towards said fluid channel, characterized in that said metal plate is provided at said other side with reinforcement ribs separating fluid channels from one another.