mhurhangee/ep-ind-claims huggingface dataset:
A multi-dimensional theatre based on a mechanical arm type roller coaster, comprising: a track, a track traffic control system, a static scene and a dynamic scene arranged based on a travelling path of the track and various special effect devices coordinated with a plot, and a plurality of mechanical arm type riding devices travelling on the track, wherein the track comprises two wings, wherein tops of both wings of the track are combined with a wheel train of the mechanical arm type riding devices, the travel of the mechanical arm type riding devices along the track is controlled by the track traffic control system, multiple groups of friction wheels driven by respective electric motors are mounted in parallel on a main body of the track inside the both wings, the electric motors driving the friction wheels are fixedly mounted within the main body between the both wings of the track via multiple groups of corresponding adjustable brackets, the mechanical arm type riding devices are composed of a roller coaster chassis and a mechanical arm having an ability of six degrees of freedom motion, a seat is mounted at an end of the mechanical arm, the wheel train of the mechanical arm type riding devices is mounted on the lower surface of the roller coaster chassis, and a pre-load contact can be formed between the friction wheel and a fin plate at the lower part of the roller coaster chassis, and wherein a chain stop apparatus is mounted on the main body of the track, the chain stop apparatus comprises a transmission chain in synchronous motion with the friction wheel, a unidirectional rotating ratchet wheel apparatus engaged with the transmission chain and a stop block fixed on the transmission chain, and the stop block mates with a chassis block on the lower part of the chassis support of the roller coaster chassis.
A composition comprising: a) a nucleic acid sequence that encodes a consensus Zaire ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:1 (ZEBOV CON) and SEQ ID NO:1 (ZEBOV CON) linked to an IgE signal peptide; b) a nucleic acid sequence that encodes a consensus Sudan ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:2 (SUDV CON) and SEQ ID NO:2 (SUDV CON) linked to an IgE signal peptide; and c) a nucleic acid sequence that encodes a Marburg marburgvirus Angola 2005 envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:3 (MARV) and SEQ ID NO:3 (MARV) linked to an IgE signal peptide, wherein each nucleic acid sequence is located on a separate plasmid. a) a nucleic acid sequence that encodes a consensus Zaire ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:1 (ZEBOV CON) and SEQ ID NO:1 (ZEBOV CON) linked to an IgE signal peptide; b) a nucleic acid sequence that encodes a consensus Sudan ebolavirus envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:2 (SUDV CON) and SEQ ID NO:2 (SUDV CON) linked to an IgE signal peptide; and c) a nucleic acid sequence that encodes a Marburg marburgvirus Angola 2005 envelope glycoprotein immunogen with an amino acid sequence selected from the group consisting of: SEQ ID NO:3 (MARV) and SEQ ID NO:3 (MARV) linked to an IgE signal peptide, wherein each nucleic acid sequence is located on a separate plasmid.
An oral composition comprising hydroxyapatite, potassium nitrate, and calcium monohydrogen phosphate for use for increasing occlusion of a dentinal tubule of a tooth.
An upper receiver for a weapon, the upper receiver comprising: a plurality channels each being oriented in a first direction and wherein each of the plurality of channels intersect an elongated channel extending in a second direction; a modular rail having a pair of securement features configured to be slidably received within a pair of the plurality of channels; characterized in that the plurality of channels, the elongated channel and the modular rail having a pair of securement features are arranged such that modular rail can slide in the pair of the plurality of channels in the first direction until the pair of features can slide within the elongated channel in the second direction; wherein each of the pair of features engages a flange of an upper ledge portion and a flange of a lower ledge portion defining the elongated channel when the modular rail is secured to the upper receiver.
A wallboard building material comprising: a first facing membrane; a second facing membrane; a reinforcing member situated between the first facing membrane and the second facing membrane; a core matrix disposed between said first and second facing membranes, said core matrix including sodium silicate binder adhering together hollow, inert, lightweight naturally occurring or synthetic microspheres such that there are a plurality of voids present throughout the core matrix, wherein the microspheres are spherical or substantially spherical in geometry and comprise an outer surface and a hollow interior filled with gas; wherein the reinforcing member is held in place with respect to the first and second facing membranes by the core matrix; and wherein the core matrix is formed from a utility material comprising: from about 25 wt% to about 60 wt% of microspheres based on wet formulation, the microspheres having a size of from about 200 to about 800 microns; from about 20 wt% to about 36 wt% sodium silicate; and from about 5 wt% to about 15 wt% of a vinyl acetate, wherein a cured core matrix material formed therefrom is resistant to substantially all mold growth, characterized in that the microspheres having a bulk density of 0.4 - 0.6 g/ml. a first facing membrane; a second facing membrane; a reinforcing member situated between the first facing membrane and the second facing membrane; a core matrix disposed between said first and second facing membranes, said core matrix including sodium silicate binder adhering together hollow, inert, lightweight naturally occurring or synthetic microspheres such that there are a plurality of voids present throughout the core matrix, wherein the microspheres are spherical or substantially spherical in geometry and comprise an outer surface and a hollow interior filled with gas; wherein the reinforcing member is held in place with respect to the first and second facing membranes by the core matrix; and wherein the core matrix is formed from a utility material comprising: from about 25 wt% to about 60 wt% of microspheres based on wet formulation, the microspheres having a size of from about 200 to about 800 microns; from about 20 wt% to about 36 wt% sodium silicate; and from about 5 wt% to about 15 wt% of a vinyl acetate, wherein a cured core matrix material formed therefrom is resistant to substantially all mold growth, characterized in that the microspheres having a bulk density of 0.4 - 0.6 g/ml. from about 25 wt% to about 60 wt% of microspheres based on wet formulation, the microspheres having a size of from about 200 to about 800 microns; from about 20 wt% to about 36 wt% sodium silicate; and from about 5 wt% to about 15 wt% of a vinyl acetate, wherein a cured core matrix material formed therefrom is resistant to substantially all mold growth, characterized in that the microspheres having a bulk density of 0.4 - 0.6 g/ml.
A swivel mechanism of a child safety seat, comprising: a seat assembly including a cover, a frame, and a base having first and second limiting receptacles (17, 14) on an underside; and a swivel assembly disposed below the base and including a positioning sliding block, a biasing member secured to the positioning sliding block, and an intermediate shaft disposed through the base; characterized in that the base has a sleeve for placing on the shaft, a fastening element is provided in the sleeve of the base, a complementary fastening element is provided on the shaft for releasably securing to the fastening element, when the swivel assembly is pulled to a lowest position, the swivel assembly is capable of rotating 180 degrees about the shaft and the shaft enters the sleeve of the base again. a seat assembly including a cover, a frame, and a base having first and second limiting receptacles (17, 14) on an underside; and a swivel assembly disposed below the base and including a positioning sliding block, a biasing member secured to the positioning sliding block, and an intermediate shaft disposed through the base; characterized in that the base has a sleeve for placing on the shaft, a fastening element is provided in the sleeve of the base, a complementary fastening element is provided on the shaft for releasably securing to the fastening element, when the swivel assembly is pulled to a lowest position, the swivel assembly is capable of rotating 180 degrees about the shaft and the shaft enters the sleeve of the base again.
A finger cuff attachable to a patient's finger to be used in measuring the patient's blood pressure by a blood pressure measurement system utilizing the volume clamp method, the finger cuff comprising: a light emitting diode and photodiode to form an LED-PD pair to perform measurements of a plethysmogram signal to aid in measuring the patient's blood pressure; and a bottom portion bladder that abuts only a bottom portion of the patient's finger to apply concentrated pressure only in a first pressure area formed by the bottom portion of the patient's finger under both of the patient's two arteries, wherein, when the finger cuff is placed around the patient's finger, the bottom portion bladder and LED-PD pair (150, 152) aid in measuring the patient's blood pressure by the blood pressure measurement system; wherein a pressure sensor coupled to the bottom portion bladder is configured to measure the pressure of only the bottom portion bladder to aid in determining the patient's blood pressure as part of the volume clamp method by the blood pressure measurement system; characterized by a top portion bladder on the opposite side of the bottom portion bladder, and configured to provide a second pressure area only on the top portion of the patient's finger. a light emitting diode and photodiode to form an LED-PD pair to perform measurements of a plethysmogram signal to aid in measuring the patient's blood pressure; and a bottom portion bladder that abuts only a bottom portion of the patient's finger to apply concentrated pressure only in a first pressure area formed by the bottom portion of the patient's finger under both of the patient's two arteries, wherein, when the finger cuff is placed around the patient's finger, the bottom portion bladder and LED-PD pair (150, 152) aid in measuring the patient's blood pressure by the blood pressure measurement system; wherein a pressure sensor coupled to the bottom portion bladder is configured to measure the pressure of only the bottom portion bladder to aid in determining the patient's blood pressure as part of the volume clamp method by the blood pressure measurement system; characterized by a top portion bladder on the opposite side of the bottom portion bladder, and configured to provide a second pressure area only on the top portion of the patient's finger.
Apparatus for digital printing on articles, comprising: a drum rotatable about a central axis; a plurality of piece-holder elements carried by the rotatable drum, circumferentially distributed around said central axis and each configured for carrying an article being processed; advancement devices operating on the rotatable drum to transfer the piece-holder elements sequentially through at least a printing station; at least one printhead installed in said printing station and carrying ink dispensers distributed along a dispensing area having a main extension direction of predetermined length, parallel to the extension axis of the article; wherein said ink dispensers are selectively activated to create a printing pattern on a side surface of the article carried by each piece-holder element; transverse-movement devices for translating the side surface of the articles in the printing station transversely to the main extension direction of the dispensing area, further comprising auxiliary movement devices for shifting the printhead parallel to the main extension direction of the dispensing area, wherein said auxiliary movement devices are configured for shifting the printhead sequentially in successive movement steps to print the printing pattern on respectively adjacent longitudinal portions of said side surface in several successive stages, while maintaining the printhead stationary during performing of each stage, further comprising a control unit operating on the auxiliary movement devices and on the printhead to turn off the ink dispensers during the movement of the printhead. a drum rotatable about a central axis; a plurality of piece-holder elements carried by the rotatable drum, circumferentially distributed around said central axis and each configured for carrying an article being processed; advancement devices operating on the rotatable drum to transfer the piece-holder elements sequentially through at least a printing station; at least one printhead installed in said printing station and carrying ink dispensers distributed along a dispensing area having a main extension direction of predetermined length, parallel to the extension axis of the article; wherein said ink dispensers are selectively activated to create a printing pattern on a side surface of the article carried by each piece-holder element; transverse-movement devices for translating the side surface of the articles in the printing station transversely to the main extension direction of the dispensing area, further comprising auxiliary movement devices for shifting the printhead parallel to the main extension direction of the dispensing area, wherein said auxiliary movement devices are configured for shifting the printhead sequentially in successive movement steps to print the printing pattern on respectively adjacent longitudinal portions of said side surface in several successive stages, while maintaining the printhead stationary during performing of each stage, further comprising a control unit operating on the auxiliary movement devices and on the printhead to turn off the ink dispensers during the movement of the printhead.
A method for performing a quantum mechanical energy or electronic structure calculation for a chemical system, said method being implemented by a hybrid computing system comprising at least one classical computer and at least one non-classical computer, said method comprising: (a) determining an ensemble of conformations of said chemical system; (b) decomposing at least one conformation within said ensemble into a plurality of molecular fragments; (c) determining, using said hybrid computing system, quantum mechanical energies or electronic structures of at least a subset of said plurality of molecular fragments; (d) combining said quantum mechanical energies or electronic structures determined in (c); (e) electronically outputting a report indicative of said quantum mechanical energies or electronic structures combined in (d); and (f) sorting the conformations by increasing or decreasing order of stability based on the combined quantum mechanical energies or electronic structures. (a) determining an ensemble of conformations of said chemical system; (b) decomposing at least one conformation within said ensemble into a plurality of molecular fragments; (c) determining, using said hybrid computing system, quantum mechanical energies or electronic structures of at least a subset of said plurality of molecular fragments; (d) combining said quantum mechanical energies or electronic structures determined in (c); (e) electronically outputting a report indicative of said quantum mechanical energies or electronic structures combined in (d); and (f) sorting the conformations by increasing or decreasing order of stability based on the combined quantum mechanical energies or electronic structures.
A satellite system, comprising: a constellation of six satellites, three of said satellites orbiting in a first orbit and the other three of said satellites orbiting in a second orbit; the first orbit having an orbital inclination approximately between 70° and 90° and an apogee over the northern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; the second orbit having an orbital inclination approximately between 70° and 90° and an apogee over the southern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; planes of the first orbit and the second orbit being substantially orthogonal to one another; and at least one base station for transmitting to, and receiving signals from, said constellation of six satellites. a constellation of six satellites, three of said satellites orbiting in a first orbit and the other three of said satellites orbiting in a second orbit; the first orbit having an orbital inclination approximately between 70° and 90° and an apogee over the northern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; the second orbit having an orbital inclination approximately between 70° and 90° and an apogee over the southern hemisphere, and an orbital eccentricity approximately between 0.275 and 0.45; planes of the first orbit and the second orbit being substantially orthogonal to one another; and at least one base station for transmitting to, and receiving signals from, said constellation of six satellites.
Glass tube for pharmaceutical containers, the glass tube having an inner surface and an outer surface, the glass tube having an inner diameter d i and an outer diameter d o, the glass tube having a wall thickness WT and a length l a, the glass tube having a longitudinal axis, wherein "hydrolytic resistance" is defined as the ratio of the alkali leachability on a section of the inner surface, determined as Na 2 O equivalents in an eluate prepared according to ISO 4802-2:2010, to the wall thickness, wherein a first hydrolytic resistance is determined at a first discrete section of the glass tube, and wherein a second hydrolytic resistance is determined at a second discrete section of the glass tube, wherein the absolute difference of the hydrolytic resistance determined at the first discrete section and the hydrolytic resistance determined at the second discrete section is less than 0.20 μg cm -2 mm -1, less than 0.15 μg cm -2 mm -1, or less than 0.10 μg cm -2 mm -1, wherein the wall thickness is 0.4 mm to 2.5 mm, 0.6 mm to 2.3 mm, 0.8 mm to 2.1 mm, or 1.0 mm to 1.8 mm, wherein the outer diameter d o is 6 mm to 55 mm, 8 mm to 50 mm, 12 mm to 45 mm, 16 mm to 40 mm, or 20 mm to 35 mm, wherein the length is from 500 to 3500 mm, wherein the first discrete section and the second discrete section are annular cross-sectional portions of the tube each extending at least 60 mm on the inner surface along the longitudinal axis, wherein the glass tube comprises a glass composition comprising at least 2 mol% Na 2 O. wherein "hydrolytic resistance" is defined as the ratio of the alkali leachability on a section of the inner surface, determined as Na 2 O equivalents in an eluate prepared according to ISO 4802-2:2010, to the wall thickness, wherein a first hydrolytic resistance is determined at a first discrete section of the glass tube, and wherein a second hydrolytic resistance is determined at a second discrete section of the glass tube, wherein the absolute difference of the hydrolytic resistance determined at the first discrete section and the hydrolytic resistance determined at the second discrete section is less than 0.20 μg cm -2 mm -1, less than 0.15 μg cm -2 mm -1, or less than 0.10 μg cm -2 mm -1, wherein the wall thickness is 0.4 mm to 2.5 mm, 0.6 mm to 2.3 mm, 0.8 mm to 2.1 mm, or 1.0 mm to 1.8 mm, wherein the outer diameter d o is 6 mm to 55 mm, 8 mm to 50 mm, 12 mm to 45 mm, 16 mm to 40 mm, or 20 mm to 35 mm, wherein the length is from 500 to 3500 mm, wherein the first discrete section and the second discrete section are annular cross-sectional portions of the tube each extending at least 60 mm on the inner surface along the longitudinal axis, wherein the glass tube comprises a glass composition comprising at least 2 mol% Na 2 O.
A method for purifying ethylene from an ethylene-comprising gas stream obtained from steam cracking or catalytic cracking processes, which ethylene-comprising gas stream further comprises acetylene, methylacetylene, oxygen and nitrogen oxides, the method comprising contacting the ethylene-comprising gas stream with a supported ruthenium catalyst comprising between 0.01 wt. % to 5 wt. % ruthenium, wherein the ruthenium is supported on alumina, wherein the supported ruthenium catalyst is heated to a temperature of at least 120 °C before making contact with the gas stream and maintained at a temperature of 120 °C to 300 °C, wherein the hydrogen partial pressure is held between 0.10 MPa and 1 MPa with a gas hourly space velocity of 1000 hr -1 to 5,000 hr -1 and wherein the gas stream is contacted with the supported catalyst until the purified gas stream comprises less than 1 ppm acetylene/methylacetylene, less than 1 ppm nitrogen oxides, and less than 1 ppm oxygen, wherein the gas stream is contacted with the catalyst in a continuous flow reactor.
A pumping apparatus for fluids, in particular oil, the pumping apparatus comprising: - a pump body; - fluid propelling means (14, 15) enclosed in said pump body; - a hydraulic circuit connected hydraulically to said pump body; - a Helmholtz resonator for damping vibration generated by said fluid propelling means (14, 15); said resonator being integrated in at least one cover (22, 23) of said pumping apparatus; wherein said Helmholtz resonator is in direct fluid communication with the pressurized side of the fluid propelling means (14, 15); wherein said Helmholtz resonator comprises a chamber and a hole connecting said chamber to the pump body; said fluid propelling means comprising meshing rotors (14, 15) and said hole being oriented towards the area where the rotors (14, 15) mesh; and characterized in that the rotors (14, 15) are supported by at least one bearing (20, 21) housed in a seat (13a, 13b) of said pump body; a gap inbetween said seat (13a, 13b) and said at least one bearing (20, 21) forming a channel for hydraulically connecting said hole of the resonator to the pressurized side of the pumping apparatus. - a pump body; - fluid propelling means (14, 15) enclosed in said pump body; - a hydraulic circuit connected hydraulically to said pump body; - a Helmholtz resonator for damping vibration generated by said fluid propelling means (14, 15); said resonator being integrated in at least one cover (22, 23) of said pumping apparatus; wherein said Helmholtz resonator is in direct fluid communication with the pressurized side of the fluid propelling means (14, 15); wherein said Helmholtz resonator comprises a chamber and a hole connecting said chamber to the pump body; said fluid propelling means comprising meshing rotors (14, 15) and said hole being oriented towards the area where the rotors (14, 15) mesh; and
Simulation assembly with a robot arm (3, 43, 63), on which a receptacle for a user is held. wherein the receptacle comprises at least one input/output device connected to a simulation control device via a data connection and an energy transmission connection, wherein the simulation assembly (1, 41, 61) has a stand, on which a pedestal is mounted for continuous rotation about a first rotary motion axis, wherein the robot arm (3, 43, 63) is located on the stand via the pedestal, wherein the robot arm (3, 43, 63) has at least one electric drive (16, 21, 23, 27, 28, 29) for the execution of a pivoting movement about at least one rotary motion axis (13, 20, 22, 24, 25, 26, 44, 46, 66), and wherein the simulation assembly (1, 41, 61) comprises a robot control device for controlling the at least one electric drive (16, 21, 23, 27, 28, 29), characterised in that the robot control device is located on the pedestal, as a result of which the robot control device co-rotates relative to the stand in operation.