mhurhangee/ep-ind-claims huggingface dataset:
An aerosol generating apparatus, comprising: a vial for storing liquid medicament comprising a penetrable seal; a cap assembly comprising an actuator with an interior bore extending therethrough, the interior bore having a first end and a second end and open fluid communication between the first end and the second end, a perforated membrane coupled to the cap assembly and disposed at or near the first end of the interior bore of the actuator, a fastener and a first attachment element, wherein the fastener is adapted to detachably secure the cap assembly to the vial in a first position such that the penetrable seal aligns with the second end of the interior bore of the actuator; and a receptacle for receiving the cap assembly with the vial, the receptacle including a driving element which is coupled to a substrate and a second attachment element configured to attach with the first attachment element of the cap assembly, wherein the perforated membrane projects over and communicates with the driving element when the receptacle engages the cap assembly, and the perforated membrane; wherein the actuator, when actuated from the first position to a second position, is configured to penetrate the penetrable seal such that the liquid medicament is displaced through the interior bore from the second end to the perforated membrane at or near the first end and the driving element is configured to vibrate the liquid medicament at the perforated membrane via the substrate to generate aerosol through the receptacle. a vial for storing liquid medicament comprising a penetrable seal; a cap assembly comprising an actuator with an interior bore extending therethrough, the interior bore having a first end and a second end and open fluid communication between the first end and the second end, a perforated membrane coupled to the cap assembly and disposed at or near the first end of the interior bore of the actuator, a fastener and a first attachment element, wherein the fastener is adapted to detachably secure the cap assembly to the vial in a first position such that the penetrable seal aligns with the second end of the interior bore of the actuator; and a receptacle for receiving the cap assembly with the vial, the receptacle including a driving element which is coupled to a substrate and a second attachment element configured to attach with the first attachment element of the cap assembly, wherein the perforated membrane projects over and communicates with the driving element when the receptacle engages the cap assembly, and the perforated membrane; wherein the actuator, when actuated from the first position to a second position, is configured to penetrate the penetrable seal such that the liquid medicament is displaced through the interior bore from the second end to the perforated membrane at or near the first end and the driving element is configured to vibrate the liquid medicament at the perforated membrane via the substrate to generate aerosol through the receptacle.
Multi-chamber cartridge, having a cylinder, which is divided into at least two chambers (5, 6) by a partition wall extending in the axial direction of the cylinder, the longitudinal edges of which partition wall are continuously joined to the cylinder in a longitudinal direction, and having a plunger which is displaceable axially in the cylinder for emptying the multi-chamber cartridge and which, during displacement in the cylinder, separates the partition wall from the cylinder, the multi-chamber cartridge having in the chambers (5, 6) seals which effect sealing against the partition wall and internally against the cylinder, characterised in that the seals have venting means for the chambers (5, 6).
A transversal cutting unit for obtaining segments of consecutive articles of desired length, having engravings between one article and another of the same segment of consecutive articles, comprising: - a cutting roller carrying at least one cutting element configured to perform both a cutting operation to separate two consecutive articles, and an engraving between two consecutive articles without separating the articles, - a contrasting roller acting as a cutting surface, wherein a plurality of sections with grooves are formed alternating with a plurality of solid sections, configured for providing segments of consecutive articles of desired length, with engravings between one article and another, - a control device configured to vary the phase between said cutting roller and said contrasting roller. - a cutting roller carrying at least one cutting element configured to perform both a cutting operation to separate two consecutive articles, and an engraving between two consecutive articles without separating the articles, - a contrasting roller acting as a cutting surface, wherein a plurality of sections with grooves are formed alternating with a plurality of solid sections, configured for providing segments of consecutive articles of desired length, with engravings between one article and another, - a control device configured to vary the phase between said cutting roller and said contrasting roller.
An antibody or fragment thereof that binds to human Anti-Müllerian hormone comprising a heavy chain CDR1 comprising the amino acid sequence of SEQ ID NO: 1, and a heavy chain CDR2 comprising the amino acid sequence of SEQ ID NO: 2, and a heavy chain CDR3 comprising the amino acid sequence of SEQ ID NO: 3; and a light chain CDR1 comprising the amino acid sequence of SEQ ID NO: 4, and a light chain CDR2 comprising the amino acid sequence of SEQ ID NO: 5, and a light chain CDR3 comprising the amino acid sequence of SEQ ID NO: 6.
A method of reducing the feed to weight gain ratio of a monogastric animal by feeding the animal a foodstuff wherein the foodstuff comprises myo-inositol hexakisphosphate, the method comprising the step of feeding to the animal the foodstuff in combination with an E. coli phytase expressed in yeast, wherein the feed to weight gain ratio of the animal is reduced, wherein the animal is an avian species. feeding to the animal the foodstuff in combination with an E. coli phytase expressed in yeast, wherein the feed to weight gain ratio of the animal is reduced, wherein the animal is an avian species.
A device for humidifying breathing gas comprising: a coaxial tubing arrangement, the coaxial tubing arrangement comprising an inner tube and an outer tube, the inner tube defining a gas transport pathway, the gas transport pathway including an inlet and an outlet, each end of the device being terminated with a connector providing said inlet and said outlet, said inlet and said outlet being provided with protective caps to prevent contamination of the gas transport pathway, the outer tube coaxial with and surrounding at least a section of the inner tube, wherein a reservoir for storing a humidifying fluid is defined between the inner tube and the outer tube, the inner tube comprised of a breathable material and the outer tube being impermeable to humidifying fluid, wherein a chemical heater is located within the reservoir, and wherein, in a pre-use configuration, the reservoir is pre-charged with the humidifying fluid via a pre-charge port formed in the connector forming the inlet or outlet, the port being subsequently sealed to store the humidifying fluid within the reservoir, the humidifying fluid being contained by the outer tube, the humidifying fluid then stored ready for use, and wherein a trigger is configured for activating the chemical heater to generate heat to promote humidifying fluid uptake by the gas, in an in-use configuration, and wherein the inner tube comprised of the breathable material allows for passage of the humidifying fluid to the gas passing through the gas transport pathway once the protective caps are removed from the inlet and the outlet. a coaxial tubing arrangement, the coaxial tubing arrangement comprising an inner tube and an outer tube, the inner tube defining a gas transport pathway, the gas transport pathway including an inlet and an outlet, each end of the device being terminated with a connector providing said inlet and said outlet, said inlet and said outlet being provided with protective caps to prevent contamination of the gas transport pathway, the outer tube coaxial with and surrounding at least a section of the inner tube, wherein a reservoir for storing a humidifying fluid is defined between the inner tube and the outer tube, the inner tube comprised of a breathable material and the outer tube being impermeable to humidifying fluid, wherein a chemical heater is located within the reservoir, and wherein, in a pre-use configuration, the reservoir is pre-charged with the humidifying fluid via a pre-charge port formed in the connector forming the inlet or outlet, the port being subsequently sealed to store the humidifying fluid within the reservoir, the humidifying fluid being contained by the outer tube, the humidifying fluid then stored ready for use, and wherein a trigger is configured for activating the chemical heater to generate heat to promote humidifying fluid uptake by the gas, in an in-use configuration, and wherein the inner tube comprised of the breathable material allows for passage of the humidifying fluid to the gas passing through the gas transport pathway once the protective caps are removed from the inlet and the outlet.
An operating method of a plant-protection unmanned aerial vehicle, comprising: starting to decelerate once reaching to a first preset position of a first operating route, so that a flight speed of the plant-protection unmanned aerial vehicle at an operating end position of the first operating route is decelerated to be zero; controlling the plant-protection unmanned aerial vehicle to rotate at a preset angular speed, and translating the plant-protection unmanned aerial vehicle from the operating end position of the first operating route to an operating start position of a second operating route in a translational manner by controlling a lateral movement speed of the plant-protection unmanned aerial vehicle; and flying along the second operating route, wherein an operating nozzle of the plant-protection unmanned aerial vehicle is maintained in an open state during a flight process from the operating end position of the first operating route to the operating start position of the second operating route of the plant-protection unmanned aerial vehicle. starting to decelerate once reaching to a first preset position of a first operating route, so that a flight speed of the plant-protection unmanned aerial vehicle at an operating end position of the first operating route is decelerated to be zero; controlling the plant-protection unmanned aerial vehicle to rotate at a preset angular speed, and translating the plant-protection unmanned aerial vehicle from the operating end position of the first operating route to an operating start position of a second operating route in a translational manner by controlling a lateral movement speed of the plant-protection unmanned aerial vehicle; and flying along the second operating route, wherein an operating nozzle of the plant-protection unmanned aerial vehicle is maintained in an open state during a flight process from the operating end position of the first operating route to the operating start position of the second operating route of the plant-protection unmanned aerial vehicle.
A cavity filter having a cavity formed by a floor, at least one wall, and a top, comprising: a resonator within the cavity having an interior surface and an exterior surface; and a rod having a mounting portion and a thermal dissipation portion comprising a plurality of disks radially extending from a central shaft, wherein the central shaft extends axially from the mounting portion, the mounting portion of the rod extends through the floor of the cavity to engage the interior surface of the resonator and the thermal dissipation portion of the rod extends outside the cavity. a resonator within the cavity having an interior surface and an exterior surface; and a rod having a mounting portion and a thermal dissipation portion comprising a plurality of disks radially extending from a central shaft, wherein the central shaft extends axially from the mounting portion, the mounting portion of the rod extends through the floor of the cavity to engage the interior surface of the resonator and the thermal dissipation portion of the rod extends outside the cavity.
A three-dimensional, 3D, ultrasonic probe comprising: an ultrasonic transducer in which ultrasound transmitting/receiving elements are arranged in a one-dimensional array; a first driving unit that is disposed such that a rotation axis of the first driving unit is fixed to one end portion of the ultrasonic transducer, and generates a directly transmitted rotational force to the ultrasonic transducer; the three-dimensional ultrasonic probe being characterised in that it further comprises: a second driving unit that is disposed such that a rotation axis of the second driving unit is fixed to the other end portion of the ultrasonic transducer, and generates a directly transmitted rotational force to the ultrasonic transducer. an ultrasonic transducer in which ultrasound transmitting/receiving elements are arranged in a one-dimensional array; a first driving unit that is disposed such that a rotation axis of the first driving unit is fixed to one end portion of the ultrasonic transducer, and generates a directly transmitted rotational force to the ultrasonic transducer; the three-dimensional ultrasonic probe being characterised in that it further comprises: a second driving unit that is disposed such that a rotation axis of the second driving unit is fixed to the other end portion of the ultrasonic transducer, and generates a directly transmitted rotational force to the ultrasonic transducer.
A system for stress and relaxation management, comprising: at least one cardiac activity sensor for measuring a heart rate variability signal of a user, at least one respiration sensor for measuring a respiratory signal of the user, a user interaction device comprising an input unit for receiving user specific data and an output unit for providing information output to the user, and a processor adapted to assess the stress level of the user by determining a user related stress index, the stress index being used as an input in triggering commands instructing the output unit to provide the user with a messages indicating the stress level of the user, the processor further being adapted to monitor the user during a relaxation exercise by means of determining a relaxation index based on the measured HRV and respiratory signals by means of calculating an index of coherence between the HRV signal and the respiratory signal during the relaxation exercise, the relaxation index being continuously adapted to the incoming measured signals and based thereon the processor instructs the output unit to provide the user with biofeedback and support messages, the processor further being adapted to use the user specific data as an input in generating a first set of rules defining an improvement plan for self-management of stress and relaxation, said first set of rules being adapted to trigger commands instructing the output unit to provide the user with motivation related messages. at least one cardiac activity sensor for measuring a heart rate variability signal of a user, at least one respiration sensor for measuring a respiratory signal of the user, a user interaction device comprising an input unit for receiving user specific data and an output unit for providing information output to the user, and a processor adapted to assess the stress level of the user by determining a user related stress index, the stress index being used as an input in triggering commands instructing the output unit to provide the user with a messages indicating the stress level of the user, the processor further being adapted to monitor the user during a relaxation exercise by means of determining a relaxation index based on the measured HRV and respiratory signals by means of calculating an index of coherence between the HRV signal and the respiratory signal during the relaxation exercise, the relaxation index being continuously adapted to the incoming measured signals and based thereon the processor instructs the output unit to provide the user with biofeedback and support messages, the processor further being adapted to use the user specific data as an input in generating a first set of rules defining an improvement plan for self-management of stress and relaxation, said first set of rules being adapted to trigger commands instructing the output unit to provide the user with motivation related messages.
An automated machine for embedding tissue samples on respective microtome sectionable supports, comprising an input member configured to hold a plurality of the microtome sectionable supports prior to a tissue embedding operation, an output member (32a-32d) configured to hold a plurality of the microtome sectionable supports after the tissue embedding operation, at least one temperature control unit including a mold (82,84) configured to hold at least one of the microtome sectionable supports during the tissue embedding operation, a motorized carrier assembly mounted for movement and configured to hold at least one of the microtome sectionable supports and move the one support from said input member to one of said temperature control units to said output member, and a dispenser operating to dispense an embedding material respectively onto the microtome sectionable supports and at least one tissue sample carried by each of the microtome sectionable supports during the embedding operation, characterised in that the temperature control unit comprises at least two molds (82, 84) each thermally coupled to a heating/cooling unit, the heating/cooling units being individually controllable to individually heat/cool a microtome sectionable support in the respective mold (82, 84).
A survey data processing device comprising: a storing unit configured to store survey data, in which image data of multiple still images that are photographed from an unmanned air vehicle, UAV, while flying is correlated with a flight route of the UAV; and a UI controlling unit configured to display the flight route of the UAV and at least one still image of the multiple still images on a screen, wherein a mark for identifying a location at the time when the still image was photographed is indicated in the displayed flight route, and a corresponding still image is selected by an operator when the mark for identifying the location at the time when the corresponding still image was photographed is selected, wherein the flight route and the selected still image are displayed on the same screen at the same time in a condition in which a corresponding relationship between the flight route and the selected still image is determined, characterized in that a moving direction of the UAV that photographed the displayed still image and a moving distance of the UAV from a previous still image to the displayed still image are indicated in the displayed still image as an arrow, wherein the moving direction and the moving distance of the UAV are calculated from movement of feature points between the previous still image and the displayed still image, which are photographed in a consecutive manner on a time axis. a storing unit configured to store survey data, in which image data of multiple still images that are photographed from an unmanned air vehicle, UAV, while flying is correlated with a flight route of the UAV; and a UI controlling unit configured to display the flight route of the UAV and at least one still image of the multiple still images on a screen, wherein a mark for identifying a location at the time when the still image was photographed is indicated in the displayed flight route, and a corresponding still image is selected by an operator when the mark for identifying the location at the time when the corresponding still image was photographed is selected, wherein the flight route and the selected still image are displayed on the same screen at the same time in a condition in which a corresponding relationship between the flight route and the selected still image is determined, characterized in that a moving direction of the UAV that photographed the displayed still image and a moving distance of the UAV from a previous still image to the displayed still image are indicated in the displayed still image as an arrow, wherein the moving direction and the moving distance of the UAV are calculated from movement of feature points between the previous still image and the displayed still image, which are photographed in a consecutive manner on a time axis.
A method for determining power consumption of a base station, comprising: obtaining an optimal number of sub-carriers occupied by each user equipment, an optimal number of radio frequency links enabled by a base station and an optimal transmitting power of the base station by optimizing the number of the sub-carriers occupied by each user, the number of the radio frequency links enabled by the base station and the transmitting power of the base station with an optimization condition that throughput of each user equipment is not smaller than a throughput threshold and an optimization goal of minimizing total power consumption of the base station, wherein the optimal transmitting power of the base station is obtained by using the optimal number of the sub-carriers occupied by each user equipment and the optimal number of the radio frequency links enabled by the base station as conditions, the number of the sub-carriers occupied by each user equipment and the number of the radio frequency links enabled by the base station are both continuous variables; and determining(S 102) the total power consumption of the base station according to the optimal number of the sub-carriers occupied by each user equipment, the optimal number of the radio frequency links enabled by the base station and the optimal transmitting power of the base station obtained by optimization. obtaining an optimal number of sub-carriers occupied by each user equipment, an optimal number of radio frequency links enabled by a base station and an optimal transmitting power of the base station by optimizing the number of the sub-carriers occupied by each user, the number of the radio frequency links enabled by the base station and the transmitting power of the base station with an optimization condition that throughput of each user equipment is not smaller than a throughput threshold and an optimization goal of minimizing total power consumption of the base station, wherein the optimal transmitting power of the base station is obtained by using the optimal number of the sub-carriers occupied by each user equipment and the optimal number of the radio frequency links enabled by the base station as conditions, the number of the sub-carriers occupied by each user equipment and the number of the radio frequency links enabled by the base station are both continuous variables; and determining(S 102) the total power consumption of the base station according to the optimal number of the sub-carriers occupied by each user equipment, the optimal number of the radio frequency links enabled by the base station and the optimal transmitting power of the base station obtained by optimization.