mhurhangee/ep-ind-claims huggingface dataset:
Method for removal of an organic amine from a liquid hydrocarbon stream containing the amine, comprising the steps: a) adding water to the hydrocarbon stream containing the amine, b) bubbling carbon dioxide through the hydrocarbon stream containing the amine, and c) separating a solid phase formed containing the amine from a liquid phase. a) adding water to the hydrocarbon stream containing the amine, b) bubbling carbon dioxide through the hydrocarbon stream containing the amine, and c) separating a solid phase formed containing the amine from a liquid phase.
A light emitting device package comprising: a body comprising a recess and a first and a second light emitting diode receiving part formed in a bottom surface of the recess; a first and a second light emitting diode provided in the first and second light emitting diode receiving parts, respectively; a first and a second individual lens on the first and second light emitting diode receiving parts, respectively; and a common lens covering the first and second individual lenses, characterized in that the second individual lens has a refractive index higher than the first individual lens, and the light emission efficiency of the first light emitting diode is higher than the ight emission efficiency of the second light emitting diode. a body comprising a recess and a first and a second light emitting diode receiving part formed in a bottom surface of the recess; a first and a second light emitting diode provided in the first and second light emitting diode receiving parts, respectively; a first and a second individual lens on the first and second light emitting diode receiving parts, respectively; and a common lens covering the first and second individual lenses, characterized in that the second individual lens has a refractive index higher than the first individual lens, and the light emission efficiency of the first light emitting diode is higher than the ight emission efficiency of the second light emitting diode.
An isolated polypeptide having alpha-amylase activity, selected from the group consisting of: a polypeptide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to amino acids 21-619 of SEQ ID NO: 4; wherein % identity is determined using the Needle program of the EMBOSS package with a gap open penalty of 10, a gap extension penalty of 0.5, and the EBLOSUM62 by the calculation: (Identical Residues x 100)/(Length of Alignment - Total Number of Gaps in Alignment). a polypeptide having at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to amino acids 21-619 of SEQ ID NO: 4; wherein % identity is determined using the Needle program of the EMBOSS package with a gap open penalty of 10, a gap extension penalty of 0.5, and the EBLOSUM62 by the calculation: (Identical Residues x 100)/(Length of Alignment - Total Number of Gaps in Alignment).
A liquid-taking device, characterized in that said device comprises a blood suction-driving mechanism, a reagent suction-driving mechanism, and a rotationally-driving mechanism, wherein said blood suction-driving mechanism is connected to a blood-suctioning member, so as to drive said blood-suctioning member to extend into or out of a blood sample testing tube, said reagent suction-driving mechanism is connected to a reagent-suctioning member, so as to drive said reagent-suctioning member to extend into or out of a reagent testing tube, said rotationally-driving mechanism is connected to both said blood suction-driving mechanism and said reagent suction-driving mechanism, used to drive both to rotate in the first direction, wherein said blood suction-driving mechanism includes a first driving source, a first gear assembly connected to said first driving source, a first screw rod connected to said first gear assembly and a first sliding stand connected to said first screw rod, said first sliding stand is fixedly connected to said blood-suctioning member; wherein said reagent suction-driving mechanism includes a second driving source, a second gear assembly connected to said second driving source, a second screw rod connected to said second gear assembly and a second sliding stand connected to said second screw rod, said second sliding stand is fixedly connected to said reagent-suctioning member. wherein said blood suction-driving mechanism includes a first driving source, a first gear assembly connected to said first driving source, a first screw rod connected to said first gear assembly and a first sliding stand connected to said first screw rod, said first sliding stand is fixedly connected to said blood-suctioning member; wherein said reagent suction-driving mechanism includes a second driving source, a second gear assembly connected to said second driving source, a second screw rod connected to said second gear assembly and a second sliding stand connected to said second screw rod, said second sliding stand is fixedly connected to said reagent-suctioning member.
A fire detector for monitoring an environment, the fire detector comprising a smoke sensor and characterised by further comprising a volatile organic compound VOC, sensor, and the fire detector being configured to adjust a smoke sensitivity of the fire detector based on a VOC concentration detected by the VOC sensor.
A resin film made of a scaffolding material for culturing a stem cell, the scaffolding material comprising a synthetic resin, and having a storage elasticity at 100°C of 1.0 × 10 5 Pa or more and 1.0 × 10 7 Pa or less, a storage elasticity at 25°C of 1.0 × 10 8 Pa or more and 1.0 × 10 10 Pa or less,and a ratio between the storage elasticity at 25°C and the storage elasticity at 100°C ((storage elasticity at 25°C)/(storage elasticity at 100°C)) of 1.0 × 10 1 or more and 1.0 × 10 5 or less, wherein the synthetic resin comprises at least one of a polyvinyl acetal resin and a poly(meth)acrylic ester and the storage elasticity is measured by the following method. 1. A sheet is formed having a thickness of 500 μm by stacking samples by hot pressing. 2. The obtained sheet is measured under tensile conditions (frequency of 10 Hz, and temperature rising rate of 5°C/min in a temperature range from -150°C to 150°C) caused by dynamic viscoelasticity measuring device (DVA-200, manufactured by IT Keep Measurement Control Co., Ltd.). The storage elasticity at 25°C/ storage elasticity at 100°C is calculated by determining a storage elasticity at 25°C and a storage elasticity at 100°C from the obtained graph of the tensile storage elasticity. the scaffolding material comprising a synthetic resin, and having a storage elasticity at 100°C of 1.0 × 10 5 Pa or more and 1.0 × 10 7 Pa or less, a storage elasticity at 25°C of 1.0 × 10 8 Pa or more and 1.0 × 10 10 Pa or less,and a ratio between the storage elasticity at 25°C and the storage elasticity at 100°C ((storage elasticity at 25°C)/(storage elasticity at 100°C)) of 1.0 × 10 1 or more and 1.0 × 10 5 or less, wherein the synthetic resin comprises at least one of a polyvinyl acetal resin and a poly(meth)acrylic ester and the storage elasticity is measured by the following method. 1. A sheet is formed having a thickness of 500 μm by stacking samples by hot pressing. 2. The obtained sheet is measured under tensile conditions (frequency of 10 Hz, and temperature rising rate of 5°C/min in a temperature range from -150°C to 150°C) caused by dynamic viscoelasticity measuring device (DVA-200, manufactured by IT Keep Measurement Control Co., Ltd.). The storage elasticity at 25°C/ storage elasticity at 100°C is calculated by determining a storage elasticity at 25°C and a storage elasticity at 100°C from the obtained graph of the tensile storage elasticity. 1. A sheet is formed having a thickness of 500 μm by stacking samples by hot pressing. 2. The obtained sheet is measured under tensile conditions (frequency of 10 Hz, and temperature rising rate of 5°C/min in a temperature range from -150°C to 150°C) caused by dynamic viscoelasticity measuring device (DVA-200, manufactured by IT Keep Measurement Control Co., Ltd.). The storage elasticity at 25°C/ storage elasticity at 100°C is calculated by determining a storage elasticity at 25°C and a storage elasticity at 100°C from the obtained graph of the tensile storage elasticity.
Method for taking an elevator (12a - 12d) of an elevator group into service mode, comprising a succession of following steps: - entering in the input device of the elevator group a maintenance signal which comprises an elevator definition part, - upon entering of the maintenance signal the elevator (12a - 12d) identified in the elevator definition part is removed from landing call allocation, - the identified elevator (12a - 12d) is initiated to serve all remaining car calls and then to drive to a maintenance floor (18, 20) and to wait there for maintenance operation. - entering in the input device of the elevator group a maintenance signal which comprises an elevator definition part, - upon entering of the maintenance signal the elevator (12a - 12d) identified in the elevator definition part is removed from landing call allocation, - the identified elevator (12a - 12d) is initiated to serve all remaining car calls and then to drive to a maintenance floor (18, 20) and to wait there for maintenance operation.
A method for transmitting a signal, applied to active styli, comprising: acquiring (101, 203, 301), based on detected pressure information, codes representing pressure information and used to detect tip positions, where the codes comprise n code bits, n being an integer greater than 1; wherein the n code bits are set in one of the following modes: the n code bits serve as pressure code bits representing the pressure information and a part of the n code bits are reused as coordinate code bits used to detect tip positions, and, a part of the n code bits serve as the pressure code bits representing the pressure information and another part of the n code bits serve as the coordinate code bits used to detect tip positions; generating (102, 204, 302) n coded signals respectively corresponding to the n code bits; and transmitting (103, 205, 303) each coded signal representing pressure information in the coded signals at a preset first frequency or second frequency or prohibiting transmission of each coded signal representing pressure information in the coded signals; wherein the first frequency, the second frequency and prohibited transmission of the n coded signals relate to the pressure information. acquiring (101, 203, 301), based on detected pressure information, codes representing pressure information and used to detect tip positions, where the codes comprise n code bits, n being an integer greater than 1; wherein the n code bits are set in one of the following modes: the n code bits serve as pressure code bits representing the pressure information and a part of the n code bits are reused as coordinate code bits used to detect tip positions, and, a part of the n code bits serve as the pressure code bits representing the pressure information and another part of the n code bits serve as the coordinate code bits used to detect tip positions; generating (102, 204, 302) n coded signals respectively corresponding to the n code bits; and transmitting (103, 205, 303) each coded signal representing pressure information in the coded signals at a preset first frequency or second frequency or prohibiting transmission of each coded signal representing pressure information in the coded signals; wherein the first frequency, the second frequency and prohibited transmission of the n coded signals relate to the pressure information.
A sensor for a continuous glucose monitor that is configured to be subcutaneously inserted into a patient, comprising: a reference electrode; and a working electrode, the working electrode comprising: a glucose limiting layer having a hydrophobic bonding material and a hydrophilic bonding material that are physically cross-linked; an enzyme layer comprising glucose oxidase (GOx) entrapped within a polyurethane cross-linked with a self cross-linking acrylic polyol, the glucose oxidase reacting with the patient's glucose to generate peroxide and thus free electrons in proportion to the level of glucose in the patient's blood; a conductor for passing the free electrons to the glucose monitor for measurement; and a substrate. a reference electrode; and a working electrode, the working electrode comprising: a glucose limiting layer having a hydrophobic bonding material and a hydrophilic bonding material that are physically cross-linked; an enzyme layer comprising glucose oxidase (GOx) entrapped within a polyurethane cross-linked with a self cross-linking acrylic polyol, the glucose oxidase reacting with the patient's glucose to generate peroxide and thus free electrons in proportion to the level of glucose in the patient's blood; a conductor for passing the free electrons to the glucose monitor for measurement; and a substrate. a glucose limiting layer having a hydrophobic bonding material and a hydrophilic bonding material that are physically cross-linked; an enzyme layer comprising glucose oxidase (GOx) entrapped within a polyurethane cross-linked with a self cross-linking acrylic polyol, the glucose oxidase reacting with the patient's glucose to generate peroxide and thus free electrons in proportion to the level of glucose in the patient's blood; a conductor for passing the free electrons to the glucose monitor for measurement; and a substrate.
A milling tool for a wellbore, comprising a milling section and a metal cuttings removal section, the milling section comprising radially arranged milling elements; and the metal cuttings removal section having a first end and a second end and comprising a cylinder-shaped magnetic element, a rotation generating device, and a helix-shaped longitudinal guide element, wherein: the first end is coupled to the milling section; the helix-shaped longitudinal guide element is arranged around the cylinder-shaped magnetic element; and the rotation generating device is operably coupled to the cylinder-shaped magnetic element or the helix-shaped longitudinal guide element; and wherein the one of the cylinder-shaped magnetic element and the helix-shaped longitudinal guide element is rotatable relative to the other around a common centreline, and configured such that metal cuttings accumulating on the cylinder-shaped magnetic element during use are guided by the helix-shaped longitudinal guide element towards the second end of the metal cuttings removal section when the rotation generating device is operated. the milling section comprising radially arranged milling elements; and the metal cuttings removal section having a first end and a second end and comprising a cylinder-shaped magnetic element, a rotation generating device, and a helix-shaped longitudinal guide element, wherein: the first end is coupled to the milling section; the helix-shaped longitudinal guide element is arranged around the cylinder-shaped magnetic element; and the rotation generating device is operably coupled to the cylinder-shaped magnetic element or the helix-shaped longitudinal guide element; and wherein the one of the cylinder-shaped magnetic element and the helix-shaped longitudinal guide element is rotatable relative to the other around a common centreline, and configured such that metal cuttings accumulating on the cylinder-shaped magnetic element during use are guided by the helix-shaped longitudinal guide element towards the second end of the metal cuttings removal section when the rotation generating device is operated. the first end is coupled to the milling section; the helix-shaped longitudinal guide element is arranged around the cylinder-shaped magnetic element; and the rotation generating device is operably coupled to the cylinder-shaped magnetic element or the helix-shaped longitudinal guide element; and wherein the one of the cylinder-shaped magnetic element and the helix-shaped longitudinal guide element is rotatable relative to the other around a common centreline, and configured such that metal cuttings accumulating on the cylinder-shaped magnetic element during use are guided by the helix-shaped longitudinal guide element towards the second end of the metal cuttings removal section when the rotation generating device is operated.
A rotary compressor characterized in that it comprises: a cylinder main body that forms a cylinder chamber; a rotor that is fitted onto an eccentric part of a rotating shaft, that orbits in the cylinder chamber in accordance with rotation of the rotating shaft, and whose outer circumferential surface is brought into sliding contact with an inner circumferential surface of the cylinder chamber; and a blade in which a front end portion is brought into contact with the outer circumferential surface of the rotor to partition the inside of the cylinder chamber into a suction side and a compression side, the blade being configured to slide in a groove provided in the cylinder main body so as to be extended from and retracted into the groove in accordance with orbiting of the rotor, characterized in that the blade has a hollow portion (171; 172; 173) therein that allows the blade to be bent in a thickness direction thereof; and the hollow portion (171; 172; 173) is open to the outside of the blade at a rear end portion and both side portions of the blade. a cylinder main body that forms a cylinder chamber; a rotor that is fitted onto an eccentric part of a rotating shaft, that orbits in the cylinder chamber in accordance with rotation of the rotating shaft, and whose outer circumferential surface is brought into sliding contact with an inner circumferential surface of the cylinder chamber; and a blade in which a front end portion is brought into contact with the outer circumferential surface of the rotor to partition the inside of the cylinder chamber into a suction side and a compression side, the blade being configured to slide in a groove provided in the cylinder main body so as to be extended from and retracted into the groove in accordance with orbiting of the rotor, characterized in that the blade has a hollow portion (171; 172; 173) therein that allows the blade to be bent in a thickness direction thereof; and the hollow portion (171; 172; 173) is open to the outside of the blade at a rear end portion and both side portions of the blade.
A thrust reverser cascade comprising: a peripheral frame having at least one side and made from a composite layup of multiple layers of woven fiber and resin; at least one plate mounted to the at least one side and having a plurality of spaced grooves, the plate being made from one of fiber-filled thermoplastic or fiber-filled thermoset material; and a plurality of vanes having corresponding terminal ends positioned in the plurality of spaced grooves, the plurality of vanes being made from continuous fiber-reinforced resin. a peripheral frame having at least one side and made from a composite layup of multiple layers of woven fiber and resin; at least one plate mounted to the at least one side and having a plurality of spaced grooves, the plate being made from one of fiber-filled thermoplastic or fiber-filled thermoset material; and a plurality of vanes having corresponding terminal ends positioned in the plurality of spaced grooves, the plurality of vanes being made from continuous fiber-reinforced resin.
A wearable system for neurological stimulation of a foot and/or ankle of a human individual, the system comprising: a platform having at least one vibrational actuator adapted to apply a mechanical stimulation to mechanoreceptors in the foot and/or ankle having a subthreshold magnitude that is below a threshold where the target cells are activated by a stimulus, and a sensor; characterized in that said sensor is adapted to sense activity of the individual, said vibrational actuator is further adapted to apply a mechanical stimulation to mechanoreceptors in the foot and/or ankle having a suprathreshold magnitude that is above the threshold where the target cells are activated by a stimulus, and in that said system further comprises a controller including at least one bias signal generator adapted to provide a driving signal to drive the at least one vibrational actuator, wherein the controller is adapted to adjust the driving signal to transition the at least one vibrational actuator between providing to the mechanoreceptors in the foot and/or ankle (i) the mechanical stimulation having the subthreshold magnitude based on the sensor detecting the foot of the individual being in a stance phase, and (ii) the mechanical stimulation having the suprathreshold magnitude based on the sensor detecting the foot of the individual being in a swing phase, and a power source adapted to provide electrical energy to the controller. a platform having at least one vibrational actuator adapted to apply a mechanical stimulation to mechanoreceptors in the foot and/or ankle having a subthreshold magnitude that is below a threshold where the target cells are activated by a stimulus, and a sensor; characterized in that said sensor is adapted to sense activity of the individual, said vibrational actuator is further adapted to apply a mechanical stimulation to mechanoreceptors in the foot and/or ankle having a suprathreshold magnitude that is above the threshold where the target cells are activated by a stimulus, and in that said system further comprises a controller including at least one bias signal generator adapted to provide a driving signal to drive the at least one vibrational actuator, wherein the controller is adapted to adjust the driving signal to transition the at least one vibrational actuator between providing to the mechanoreceptors in the foot and/or ankle (i) the mechanical stimulation having the subthreshold magnitude based on the sensor detecting the foot of the individual being in a stance phase, and (ii) the mechanical stimulation having the suprathreshold magnitude based on the sensor detecting the foot of the individual being in a swing phase, and a power source adapted to provide electrical energy to the controller.
A key for a rotary cylinder lock, comprising a key grip and a key shank which adjoins the key grip and extends along a longitudinal axis, wherein the key shank comprises, on the outer side thereof, control recesses, in particular control bores, for positioning tumblers on the rotary cylinder lock, and at least one control element arranged movably in the key shank, which control element has a control surface cooperating with a tumbler of the rotary cylinder lock, wherein the key shank, in the region of the control element, has a tapered cross section which is tapered in relation to the cross section with the control recesses, characterized in that the tapered cross section or a further tapered cross section is arranged between the key tip and the key grip at a distance from the key tip, wherein the key shank has an elevation between the key tip and the tapered cross section.