mhurhangee/ep-ind-claims huggingface dataset:
An assisting apparatus that is configured to support an upper body of a care receiver for assisting a care receiver in standing up, comprising: a base, an elevator provided on the base in a vertically movable manner, a trunk support member formed in a planar shape, being provided to the elevator in a forward-rearward tiltable manner and configured to support a trunk of the care receiver by coming into contact with a front surface of the trunk, and an underarm support member, being supported by the trunk support member, and configured to support an underarm of the care receiver, wherein the underarm support member includes an underarm insertion portion to be inserted into the underarm of the care receiver, wherein the underarm insertion portion is extended from the trunk support member toward a rear of the care receiver so as to be in a boarding orientation when the trunk support member is positioned at a boarding position with respect to the care receiver in a sitting posture, and wherein the underarm insertion portion is extended upward and rearward from the trunk support member toward the care receiver so as to be in a standing-posture orientation when the trunk support member is tilted forward to shift the care receiver to a standing posture wherein the underarm insertion portion forms a rear end of the underarm support member, and the underarm support member is located on a side of the trunk support member, and further includes a shoulder receiving portion for supporting a front of the shoulder of the care receiver. a base, an elevator provided on the base in a vertically movable manner, a trunk support member formed in a planar shape, being provided to the elevator in a forward-rearward tiltable manner and configured to support a trunk of the care receiver by coming into contact with a front surface of the trunk, and an underarm support member, being supported by the trunk support member, and configured to support an underarm of the care receiver, wherein the underarm support member includes an underarm insertion portion to be inserted into the underarm of the care receiver, wherein the underarm insertion portion is extended from the trunk support member toward a rear of the care receiver so as to be in a boarding orientation when the trunk support member is positioned at a boarding position with respect to the care receiver in a sitting posture, and wherein the underarm insertion portion is extended upward and rearward from the trunk support member toward the care receiver so as to be in a standing-posture orientation when the trunk support member is tilted forward to shift the care receiver to a standing posture wherein the underarm insertion portion forms a rear end of the underarm support member, and the underarm support member is located on a side of the trunk support member, and further includes a shoulder receiving portion for supporting a front of the shoulder of the care receiver.
An atomic absorption spectrophotometer comprising: a furnace that heats a sample; a power supply that includes a transformer and supplies a current to the furnace, the transformer converting a voltage to be applied to the furnace; a measurement unit that measures an absorbance of the sample heated by the furnace; and a controller that controls the power supply and the measurement unit, wherein the controller sets a temperature program of the furnace according to a sample to be measured, characterized in that: the controller predicts, from information of the set temperature program, an attained temperature of the transformer during a continuous measurement, and prompts a user to change the temperature program when the predicted attained temperature reaches a prescribed temperature. a furnace that heats a sample; a power supply that includes a transformer and supplies a current to the furnace, the transformer converting a voltage to be applied to the furnace; a measurement unit that measures an absorbance of the sample heated by the furnace; and a controller that controls the power supply and the measurement unit, wherein the controller sets a temperature program of the furnace according to a sample to be measured, characterized in that: the controller predicts, from information of the set temperature program, an attained temperature of the transformer during a continuous measurement, and prompts a user to change the temperature program when the predicted attained temperature reaches a prescribed temperature. the controller predicts, from information of the set temperature program, an attained temperature of the transformer during a continuous measurement, and prompts a user to change the temperature program when the predicted attained temperature reaches a prescribed temperature.
A wireless ultrasound probe, comprising: a probe housing having a first side, a second side, and a grip portion, wherein the first side comprises a high frequency transducer array and the second side comprises a low frequency transducer array, wherein the high frequency and low frequency transducer arrays (80H, 80L) are configured to operate in different scanning modes; at least one microbeamformer coupled to the high frequency and low frequency transducer arrays (80H, 80L); a processor in the housing configured to select between the high frequency or low frequency transducer array (80H, 80L) for an ultrasound scanning procedure; and an image processor configured to generate ultrasound image data for display to a user, characterized in that the at least one microbeamformer includes a plurality of microbeamformer channels which are configured to operate the high frequency and low frequency transducer arrays (80H, 80L) simultaneously, wherein each channel comprises a first transmitter for driving the high frequency transducer array and a second transmitter for driving the low frequency transducer array. a probe housing having a first side, a second side, and a grip portion, wherein the first side comprises a high frequency transducer array and the second side comprises a low frequency transducer array, wherein the high frequency and low frequency transducer arrays (80H, 80L) are configured to operate in different scanning modes; at least one microbeamformer coupled to the high frequency and low frequency transducer arrays (80H, 80L); a processor in the housing configured to select between the high frequency or low frequency transducer array (80H, 80L) for an ultrasound scanning procedure; and an image processor configured to generate ultrasound image data for display to a user, characterized in that the at least one microbeamformer includes a plurality of microbeamformer channels which are configured to operate the high frequency and low frequency transducer arrays (80H, 80L) simultaneously, wherein each channel comprises a first transmitter for driving the high frequency transducer array and a second transmitter for driving the low frequency transducer array.
A shock absorber for a landing gear of a rotorcraft, provided with a body which surrounds an annular compression chamber, the said shock absorber being equipped with at least one pneumatic compensation chamber (30, 40) and with a control piston which is movable in relation to the body, the said control piston having a rod, which projects from the said body, and a head, which slides in the said compression chamber, the said compression chamber, which is integral with the body, including a radial opening whereof the cross section is variable as a function of displacement of the said piston, the said shock absorber being provided with a hydraulic compensation chamber which receives a first fluid that is driven out of the said annular compression chamber through the said radial opening of variable cross section when the said control piston is displaced, characterised in that, the said annular compression chamber being equipped with a cylindrical inner wall and a cylindrical outer wall (3") in which the said radial opening is made, the said inner wall surrounding a hollow cylindrical tube which forms a first duct, the said shock absorber includes a second duct for hydraulically connecting the said radial opening of variable cross section to the said first duct, this second duct being arranged between the said body and the said compression chamber, the first duct opening into the said hydraulic compensation chamber which is arranged inside the rod of the control piston, in this way bringing the said compression chamber and the said hydraulic compensation chamber into communication, a first pneumatic compensation chamber being disposed inside the rod of the said control piston in a manner arranged between a base of this rod and the said hydraulic compensation chamber.
Connection arrangement, for an apparatus which is inserted in the area close to the engine of a motor vehicle, for the connection of a plastic component with another component, by means of a metallic bolt which is inserted into a recess in the plastic component, and a metallic nut which form together a bolted connection, wherein a screw-in stop for limiting the screw-in depth of the bolt into the nut is realized as one piece with the screw or the nut, characterized in that the other component is also made of plastic and that the nut is inserted into an undercut in the other component, wherein the nut is designed as sliding block with non-round shape so that a twisting in the undercut is excluded, and that the sliding block is positively received in axial direction of the bolted connection in the undercut of the other component, and that a sealing element is received between the components (2, 3).
An electronic component and cooling system comprising; at least one cooling channel positioned adjacent to an electronic component, said at least one cooling channel communicating with plenums (36,38) at each of two opposed axial ends; a dielectric fluid received in said cooling channel; and said cooling channel being provided with at least two electrodes (270,271,272,273), and a voltage potential is applied to each of said at least two electrodes (270,271,272,273) so that an electric field is formed in said cooling channel such that the electric field magnitude at the downstream end of said cooling channel is less than an upstream electric field magnitude, and such that a dielectrophoretic force on a bubble in said cooling channel will force it downstream; characterised in that said at least two electrodes (270,271,272,273) are a plurality of segmented electrodes (270,271,272,273) comprising a first pair of parallel opposing segmented electrodes (270,271) at a downstream end of the channel and a second pair of parallel opposing segmented electrodes (272,273) at an upstream end of the channel, wherein the second pair of segmented electrodes (272,273) are supplied with a greater potential difference between them than the potential difference between the first pair of segmented electrodes (270,271) to provide the dielectrophoretic force. at least one cooling channel positioned adjacent to an electronic component, said at least one cooling channel communicating with plenums (36,38) at each of two opposed axial ends; a dielectric fluid received in said cooling channel; and said cooling channel being provided with at least two electrodes (270,271,272,273), and a voltage potential is applied to each of said at least two electrodes (270,271,272,273) so that an electric field is formed in said cooling channel such that the electric field magnitude at the downstream end of said cooling channel is less than an upstream electric field magnitude, and such that a dielectrophoretic force on a bubble in said cooling channel will force it downstream; characterised in that said at least two electrodes (270,271,272,273) are a plurality of segmented electrodes (270,271,272,273) comprising a first pair of parallel opposing segmented electrodes (270,271) at a downstream end of the channel and a second pair of parallel opposing segmented electrodes (272,273) at an upstream end of the channel, wherein the second pair of segmented electrodes (272,273) are supplied with a greater potential difference between them than the potential difference between the first pair of segmented electrodes (270,271) to provide the dielectrophoretic force.
An inhibitor of angiopoietin-like protein 3 (ANGPTL3) for use in a method of treating a patient suffering from familial hypercholesterolemia in combination with a statin and two lipid-lowering agents other than a statin, wherein the method comprises administering to the patient a therapeutically effective amount of the statin, the two lipid-lowering agents other than a statin and an inhibitor of ANGPTL3, wherein - the ANGPTL3 inhibitor is evinacumab; - the statin is selected from the group consisting of atorvastatin, pitavastatin, lovastatin, simvastatin, pravastatin, fluvastatin and rosuvastatin; and - the first lipid-lowering agent other than a statin is an agent that inhibits cholesterol absorption. - the ANGPTL3 inhibitor is evinacumab; - the statin is selected from the group consisting of atorvastatin, pitavastatin, lovastatin, simvastatin, pravastatin, fluvastatin and rosuvastatin; and - the first lipid-lowering agent other than a statin is an agent that inhibits cholesterol absorption.
An aqueous primer composition comprising: a first thermosetting resin that is a particulate solid at ambient conditions; a second thermosetting resin that is liquid at ambient conditions and acting as a reactive coalescent agent in which the first thermosetting resin is at least partially soluble; and a curative that is substantially water-insoluble and reactive with the first and second thermosetting resins, wherein the aqueous primer composition contains up to 4 percent of volatile solvents, other than water, relative to the overall weight of the aqueous primer composition. a first thermosetting resin that is a particulate solid at ambient conditions; a second thermosetting resin that is liquid at ambient conditions and acting as a reactive coalescent agent in which the first thermosetting resin is at least partially soluble; and a curative that is substantially water-insoluble and reactive with the first and second thermosetting resins, wherein the aqueous primer composition contains up to 4 percent of volatile solvents, other than water, relative to the overall weight of the aqueous primer composition.
An apparatus for a first terminal device, the apparatus comprising at least one processor, and at least one memory including a computer program code, wherein when the computer program code is executed by the at least one processor, it causes the apparatus to: transmit, to an access node, a first indication indicating that the first terminal device is available for machine learning training for sidelink communication with data obtained from the sidelink communication; receive, from the access node, a second indication indicating a configuration for a machine learning bandwidth part; transmit, to a second terminal device, a third indication comprising an announcement that the first terminal device is available for the machine learning training; perform a machine learning training negotiation with a second terminal device using the machine learning bandwidth part; and execute the machine learning training with the data obtained from the sidelink communication in the machine learning bandwidth part between the first terminal device and the second terminal device. transmit, to an access node, a first indication indicating that the first terminal device is available for machine learning training for sidelink communication with data obtained from the sidelink communication; receive, from the access node, a second indication indicating a configuration for a machine learning bandwidth part; transmit, to a second terminal device, a third indication comprising an announcement that the first terminal device is available for the machine learning training; perform a machine learning training negotiation with a second terminal device using the machine learning bandwidth part; and execute the machine learning training with the data obtained from the sidelink communication in the machine learning bandwidth part between the first terminal device and the second terminal device.
A centrifugal compressor comprising an impeller and a diffuser, wherein the compressor operates between a lower flow rate and an upper flow rate, fluid exits the impeller at a first flow angle at the lower flow rate and at a second flow angle at the upper flow rate, the difference between the first flow angle and the second flow angle is 20 degrees, and the diffuser comprises a plurality of radial vanes having a blade count of between 15 and 20, a solidity of between 0.6 and 0.8, and a radius ratio of vane inlet to impeller outlet of less than 1.5 so as to provide positive stall-free pressure recovery between the lower flow rate and the upper flow rate.
An artefact elimination method for a medical pelvic registration method for positionally registering a patient's pelvis which is supported by at least one support, comprising the following steps: - geometric data of the support and a prior-known positional assignment between the support and a navigation reference means are stored in the data memory of a medical navigation system which is used for registering; - at least two x-ray recordings of the patient's pelvis are produced, wherein the support is situated in the radiation path of the recording; - the position of the support and the position of an x-ray apparatus during a recording are ascertained by the navigation system on the basis of detecting the navigation reference means which is positionally assigned to the support; - with the aid of the ascertained positional data for the support and the x-ray apparatus, the image of the support is identified in the recording; - the recording is used for registering, wherein the image elements of the identified image of the support are defined as parts of the image which are not to be used in registering. - geometric data of the support and a prior-known positional assignment between the support and a navigation reference means are stored in the data memory of a medical navigation system which is used for registering; - at least two x-ray recordings of the patient's pelvis are produced, wherein the support is situated in the radiation path of the recording; - the position of the support and the position of an x-ray apparatus during a recording are ascertained by the navigation system on the basis of detecting the navigation reference means which is positionally assigned to the support; - with the aid of the ascertained positional data for the support and the x-ray apparatus, the image of the support is identified in the recording; - the recording is used for registering, wherein the image elements of the identified image of the support are defined as parts of the image which are not to be used in registering.
A carton for packaging one or more primary product containers comprising a plurality of primary panels (12, 14, 16, 18) hingedly interconnected to form a tubular structure and an end closure structure (1, 2) which at least partially closes one of the opposed ends of the tubular structure, wherein the primary panels include a first wall panel (12/16) and a second wall panel (14, 18), the second wall panel being disposed adjacent to the first wall panel, the end closure structure comprises a first end flap (22b, 26b) connected to the first wall panel and a second end flap (24b, 28b) connected to the second wall panel, the first end flap comprises: at least two arm portions (52, 54, 62, 64) each hingedly connected at one end thereof to the first wall panel and extending to the other end thereof; and a bridging portion (50, 60) connected to the other ends of the arm portions and extending between the arm portions, wherein the at least two arm portions are spaced apart from each other with a display window (56, 66) therebetween such that a portion of at least one of primary product containers in the carton is exposed to view through the display window, the display window being defined, at least in part, between the at least two arm portions, and wherein the bridging portion is secured to the second end flap (24b, 28b) to retain the first and second end flaps in respective closing positions where the first and second end flaps at least partially close the one of the opposed ends of the tubular structure. at least two arm portions (52, 54, 62, 64) each hingedly connected at one end thereof to the first wall panel and extending to the other end thereof; and a bridging portion (50, 60) connected to the other ends of the arm portions and extending between the arm portions, wherein the at least two arm portions are spaced apart from each other with a display window (56, 66) therebetween such that a portion of at least one of primary product containers in the carton is exposed to view through the display window, the display window being defined, at least in part, between the at least two arm portions, and wherein the bridging portion is secured to the second end flap (24b, 28b) to retain the first and second end flaps in respective closing positions where the first and second end flaps at least partially close the one of the opposed ends of the tubular structure.
A coating composition for application to the surface of a food or beverage container or a portion thereof comprising: 70 to 90 percent by weight of a hydroxyl functional polyester resin prepared from: (i) 1 to 8 mole percent of an alpha, beta-ethylenically unsaturated dicarboxylic acid containing from 4 to 5 carbon atoms, (ii) 10 to 30 mole percent of naphthalene dicarboxylic acid including lower alkyl esters thereof, wherein lower alkyl esters have 1-4 carbon atoms, (iii) 10 to 30 mole percent of an aromatic dicarboxylic acid different from (ii), (iv) 40 to 60 mole percent of an aliphatic diol containing branched alkyl groups, and (v) 0.2 to 4 mole percent of a triol, the mole percentages being based on total moles of (i)-(v); 5 to 25 percent by weight of an aminoplast curing agent, the percentages by weight of and being based on weight of resin solids in the coating composition. 70 to 90 percent by weight of a hydroxyl functional polyester resin prepared from: (i) 1 to 8 mole percent of an alpha, beta-ethylenically unsaturated dicarboxylic acid containing from 4 to 5 carbon atoms, (ii) 10 to 30 mole percent of naphthalene dicarboxylic acid including lower alkyl esters thereof, wherein lower alkyl esters have 1-4 carbon atoms, (iii) 10 to 30 mole percent of an aromatic dicarboxylic acid different from (ii), (iv) 40 to 60 mole percent of an aliphatic diol containing branched alkyl groups, and (v) 0.2 to 4 mole percent of a triol, the mole percentages being based on total moles of (i)-(v); (i) 1 to 8 mole percent of an alpha, beta-ethylenically unsaturated dicarboxylic acid containing from 4 to 5 carbon atoms, (ii) 10 to 30 mole percent of naphthalene dicarboxylic acid including lower alkyl esters thereof, wherein lower alkyl esters have 1-4 carbon atoms, (iii) 10 to 30 mole percent of an aromatic dicarboxylic acid different from (ii), (iv) 40 to 60 mole percent of an aliphatic diol containing branched alkyl groups, and (v) 0.2 to 4 mole percent of a triol, the mole percentages being based on total moles of (i)-(v); 5 to 25 percent by weight of an aminoplast curing agent, the percentages by weight of and being based on weight of resin solids in the coating composition.