mhurhangee/ep-ind-claims huggingface dataset:
A secondary cell activation method, comprising: sending, by an access network device, an activation command to a terminal device, wherein the activation command is used to indicate activating a secondary cell; sending, by the access network device, first configuration information of a first reference signal to the terminal device; sending, by the access network device, the first reference signal to the terminal device according to the first configuration information, wherein the first reference signal is used to obtain a channel measurement result of the secondary cell, and wherein the first configuration information comprises a reference signal sending time, wherein the reference signal sending time of the first reference signal is a relative time difference between a time at which the access network device sends the first reference signal and a time at which the access network device sends the activation command, or is a time at which the access network device sends the first reference signal. sending, by an access network device, an activation command to a terminal device, wherein the activation command is used to indicate activating a secondary cell; sending, by the access network device, first configuration information of a first reference signal to the terminal device; sending, by the access network device, the first reference signal to the terminal device according to the first configuration information, wherein the first reference signal is used to obtain a channel measurement result of the secondary cell, and wherein the first configuration information comprises a reference signal sending time, wherein the reference signal sending time of the first reference signal is a relative time difference between a time at which the access network device sends the first reference signal and a time at which the access network device sends the activation command, or is a time at which the access network device sends the first reference signal.
A wing-type sail system comprising: (a) a mast assembly including a plurality of mast poles pivotally mounted on a swiveling base attachable to a craft; (b) a substantially rigid and asymmetric wing pivotally attached to a top of said mast poles; (c) sensors for obtaining information on a sailing azimuth of the craft and an apparent wind direction; and (d) a control unit for actuating a control mechanism for modifying a pitch, roll and yaw of said substantially rigid wing with respect to the craft based on information obtained by said sensors to thereby maximize lift of said substantially rigid wing under any change in wind direction or craft route. (a) a mast assembly including a plurality of mast poles pivotally mounted on a swiveling base attachable to a craft; (b) a substantially rigid and asymmetric wing pivotally attached to a top of said mast poles; (c) sensors for obtaining information on a sailing azimuth of the craft and an apparent wind direction; and (d) a control unit for actuating a control mechanism for modifying a pitch, roll and yaw of said substantially rigid wing with respect to the craft based on information obtained by said sensors to thereby maximize lift of said substantially rigid wing under any change in wind direction or craft route.
Sphingosine 1-phosphate receptor modulator for use as immune coadjuvant in preventive vaccine immunizations, wherein said modulator is FTY720 and is administered in a period of time that ranges from 6 to 72 hours after the administration of vaccine and each recall.
A particulate material blasting apparatus comprising: a particulate material dosing device; a particulate material storage tank having a base, top and sidewalls and adapted to feed particulate material to the dosing device; and a delivery conduit to deliver particulate material into a pressurised gas line, the particulate material dosing device comprising a rotor comprising a series of scooping pockets mounted along a circumference of the rotor configured to rotate to scoop-up particulate material from a particulate material receiving side of the dosing device and deliver it up and around to a delivery side of the dosing device where it falls into the delivery conduit, the particulate material dosing device being located in the particulate material storage tank and the delivery conduit comprising an upper part, disposed within the particulate material storage tank, having a first inlet aperture and a lower part, disposed outside the particulate material storage tank, having an outlet to deliver particulate material into a pressurised gas line, characterised in that the upper part comprises an elongated pipe, in that the first inlet aperture is disposed adjacent the base of the particulate material storage tank, wherein the rotor is mounted partly within the first inlet aperture such that a particulate material receiving side of the rotor is disposed outside the pipe and a particulate material delivery side of the rotor is disposed inside the pipe and in that the upper part of the delivery conduit comprises a second inlet aperture disposed toward a top of the particulate material storage tank. a particulate material dosing device; a particulate material storage tank having a base, top and sidewalls and adapted to feed particulate material to the dosing device; and a delivery conduit to deliver particulate material into a pressurised gas line, the particulate material dosing device comprising a rotor comprising a series of scooping pockets mounted along a circumference of the rotor configured to rotate to scoop-up particulate material from a particulate material receiving side of the dosing device and deliver it up and around to a delivery side of the dosing device where it falls into the delivery conduit, the particulate material dosing device being located in the particulate material storage tank and the delivery conduit comprising an upper part, disposed within the particulate material storage tank, having a first inlet aperture and a lower part, disposed outside the particulate material storage tank, having an outlet to deliver particulate material into a pressurised gas line, characterised in that the upper part comprises an elongated pipe, in that the first inlet aperture is disposed adjacent the base of the particulate material storage tank, wherein the rotor is mounted partly within the first inlet aperture such that a particulate material receiving side of the rotor is disposed outside the pipe and a particulate material delivery side of the rotor is disposed inside the pipe and in that the upper part of the delivery conduit comprises a second inlet aperture disposed toward a top of the particulate material storage tank.
A device for ambulatory monitoring of epileptic neurological activity, comprising a patch or a strap configured for being secured to a head of a subject, the patch or the strap comprising: an electrode configured for being secured to the head of the monitoring subject for producing a signal indicating brain activity of the subject, a signal processor configured for receiving the signal produced by the electrode and for processing the signal to produce data, the signal processor being incorporated into the patch or strap; a display configured to display the data produced by the signal processor; and a power source being incorporated into the patch or strap for providing power to the electrode, the signal processor, and the display, wherein: the subject may ambulate unimpeded by the patch or strap, the electrode, the signal processor, the display, and the power source, and the signal processor is configured to determine occurrences of clusters of epileptic neural spikes over time. an electrode configured for being secured to the head of the monitoring subject for producing a signal indicating brain activity of the subject, a signal processor configured for receiving the signal produced by the electrode and for processing the signal to produce data, the signal processor being incorporated into the patch or strap; a display configured to display the data produced by the signal processor; and a power source being incorporated into the patch or strap for providing power to the electrode, the signal processor, and the display, wherein: the subject may ambulate unimpeded by the patch or strap, the electrode, the signal processor, the display, and the power source, and the signal processor is configured to determine occurrences of clusters of epileptic neural spikes over time. the subject may ambulate unimpeded by the patch or strap, the electrode, the signal processor, the display, and the power source, and the signal processor is configured to determine occurrences of clusters of epileptic neural spikes over time.
A method performed by a communication device for programming a software defined radio based chipset module contained in the communication device, comprising: selecting a carrier to support communications for the communication device from a user interface menu; loading a software build image for the selected carrier into volatile memory of the communication device; loading a notation file for the selected carrier into the volatile memory, the notation file comprising a carrier index assigned to the selected carrier and notation file item headers, wherein the carrier index correlates to a memory slot of a memory location of the volatile memory; extracting the carrier index and the notation file item headers from the notation file; parsing the extracted notation file item headers to determine a category of non-volatile items; determining if a particular non-volatile item is a multiplexed, multiple valued, non-volatile item based on the extracted and parsed notation file information; adding the non-volatile item to a multiplexed non-volatile item list, if the non-volatile item is a multiplexed non-volatile item; determining if a non-volatile item is present in the multiplexed item list; retrieving non-volatile memory item values from the volatile memory in accordance with the carrier index contained in the notation file; loading the retrieved non-volatile memory item values into non-volatile memory, if the non-volatile item is present in the multiplexed item list, wherein the carrier index is used as an offset; and executing the software build image using the retrieved non-volatile memory item values. selecting a carrier to support communications for the communication device from a user interface menu; loading a software build image for the selected carrier into volatile memory of the communication device; loading a notation file for the selected carrier into the volatile memory, the notation file comprising a carrier index assigned to the selected carrier and notation file item headers, wherein the carrier index correlates to a memory slot of a memory location of the volatile memory; extracting the carrier index and the notation file item headers from the notation file; parsing the extracted notation file item headers to determine a category of non-volatile items; determining if a particular non-volatile item is a multiplexed, multiple valued, non-volatile item based on the extracted and parsed notation file information; adding the non-volatile item to a multiplexed non-volatile item list, if the non-volatile item is a multiplexed non-volatile item; determining if a non-volatile item is present in the multiplexed item list; retrieving non-volatile memory item values from the volatile memory in accordance with the carrier index contained in the notation file; loading the retrieved non-volatile memory item values into non-volatile memory, if the non-volatile item is present in the multiplexed item list, wherein the carrier index is used as an offset; and executing the software build image using the retrieved non-volatile memory item values.
An optical laminate comprising: a substrate; and a hard coating layer formed on at least one surface of the substrate and containing a binder resin and at least two groups of inorganic particles having different average radii, wherein the hard coating layer includes a domain formed by surrounding two or more first group inorganic particles having an average radius of 10 to 15 nm by two or more second group inorganic particles having an average radius of 20 to 35 nm, wherein the average radii are calculated and derived by measuring the radius of individual particles identified in the electron micrographs of SEM of the hard coating layer; and the distance (Rd), as measured according to the description, between centers of two of the second group inorganic particles located opposite to the first group inorganic particles located at the center in the domain is 60 nm to 100 nm. a substrate; and a hard coating layer formed on at least one surface of the substrate and containing a binder resin and at least two groups of inorganic particles having different average radii, wherein the hard coating layer includes a domain formed by surrounding two or more first group inorganic particles having an average radius of 10 to 15 nm by two or more second group inorganic particles having an average radius of 20 to 35 nm, wherein the average radii are calculated and derived by measuring the radius of individual particles identified in the electron micrographs of SEM of the hard coating layer; and the distance (Rd), as measured according to the description, between centers of two of the second group inorganic particles located opposite to the first group inorganic particles located at the center in the domain is 60 nm to 100 nm.
Nebulizer configured to nebulize a fluid, the nebulizer comprising: a replaceable container containing multiple doses of the fluid to be nebulized; an indicator device; and a nebulizer housing configured to receive the container and the indicator device; wherein the indicator device is configured to count or indicate a number of uses of the nebulizer performed or still possible with the container; wherein the nebulizer housing comprises a housing part which can be detached from the nebulizer, or opened, to open the nebulizer housing to allow the container and indicator device to be replaced, wherein the indicator device is configured to cause the nebulizer to enter a locked state, in which the nebulizer is locked against further use with the current container, when the number of uses of the nebulizer with the container, as counted or indicated by the indicator device, has reached or exceeded a predetermined number of uses, characterized in that the indicator device is adapted to at least partially open the nebulizer housing in the locked state. a replaceable container containing multiple doses of the fluid to be nebulized; an indicator device; and a nebulizer housing configured to receive the container and the indicator device; wherein the indicator device is configured to count or indicate a number of uses of the nebulizer performed or still possible with the container; wherein the nebulizer housing comprises a housing part which can be detached from the nebulizer, or opened, to open the nebulizer housing to allow the container and indicator device to be replaced, wherein the indicator device is configured to cause the nebulizer to enter a locked state, in which the nebulizer is locked against further use with the current container, when the number of uses of the nebulizer with the container, as counted or indicated by the indicator device, has reached or exceeded a predetermined number of uses, characterized in that the indicator device is adapted to at least partially open the nebulizer housing in the locked state.
A system for visualization in medical imaging, the system comprising: a medical imaging system configured to scan an internal region of a patient and generate voxel data representing a volume comprising the internal region; a memory configured to store a three-dimensional surface of a model of an object within the volume, the three-dimensional surface of the model having a level of transparency and being separately modelled from and with a known spatial relationship to the voxel data representing the volume; a renderer configured to cast rays through the volume, integrate along the rays using the voxel data, check for the three-dimensional surface along the same rays while integrating using the known spatial relationship, and alter the contribution to the integration of the voxel data beyond the surface, from a virtual viewer, along one or more of the rays, based on detection of the three-dimensional surface along the one or more of the rays; and a display configured to display a rendered image output by the renderer, the rendered image representing the internal region. a medical imaging system configured to scan an internal region of a patient and generate voxel data representing a volume comprising the internal region; a memory configured to store a three-dimensional surface of a model of an object within the volume, the three-dimensional surface of the model having a level of transparency and being separately modelled from and with a known spatial relationship to the voxel data representing the volume; a renderer configured to cast rays through the volume, integrate along the rays using the voxel data, check for the three-dimensional surface along the same rays while integrating using the known spatial relationship, and alter the contribution to the integration of the voxel data beyond the surface, from a virtual viewer, along one or more of the rays, based on detection of the three-dimensional surface along the one or more of the rays; and a display configured to display a rendered image output by the renderer, the rendered image representing the internal region.
A solar power generation and illumination system comprising a plurality of equal poles (1 1 - 1 n), each pole having external photovoltaic panels, being of a triangular shaped cross-section so as to create three walls on which three related photovoltaic panels are arranged, the pole holding a luminaire with lamp, the solar power generation and illumination system is connected to a three phase grid having a first, a second and a third phase conductor (F1, F2, F3), a neutral, a meter of the grid manager and a photovoltaic meter adapted to measure the production of the solar power by the system, a DC to AC inverter whose ends in turn are connected to the neutral and a respective phase conductor (F1, F2, F3) of the three phase grid being connected to each of the three photovoltaic panels, characterized in that said plurality of poles (1 1 - 1 n) are placed on the ground in an alternating arrangement symmetrically opposed in a manner that three photovoltaic panels (2N, 2SO, 2SE) of a first pole (1 1) are directed respectively to North, South West and South East, three photovoltaic (2NO, 2NE, 2S) of a next pole (1 2) are directed respectively to North West, North East and South; all poles of the plurality of poles (1 1 - 1 n) are connected such that the same phases are fed, by photovoltaic panels situated on different poles with different orientations so as to provide a substantially constant power supply to the same phase during the daylight hours.
Heavy-duty transport vehicle for containers, in particular ISO containers, which is freely movable on floors, and not rail-bound, and has a loading surface on which a first container can be placed, wherein a second container can be placed on the first container and the heavy-duty transport vehicle has at least one guide for guiding the second container, in particular the bottom corner fittings thereof, when it is placed on the first container, in particular on the top corner fittings thereof, characterised in that the guide can be moved between a loading position and a release position by means of a positioning apparatus.
A converter device for exchanging power between a first grid and a second AC grid, comprising: - a first bidirectional inverter that can be connected on the AC side to the first grid and is connected on the DC side to a link circuit of the converter device, - a second bidirectional inverter that can be connected on the AC side to the second grid and is connected on the DC side to the link circuit, - a solar generator connected directly to the link circuit, characterized in that a first controller of the first inverter is configured to set a specified converter power of the first inverter and a second controller of the second inverter is configured to set a voltage of the link circuit such that a power of the solar generator is maximized. - a first bidirectional inverter that can be connected on the AC side to the first grid and is connected on the DC side to a link circuit of the converter device, - a second bidirectional inverter that can be connected on the AC side to the second grid and is connected on the DC side to the link circuit, - a solar generator connected directly to the link circuit,
A binding medium clamping mechanism, comprising: a rotatable clamping element configured to clamp a binding medium, a driving element configured to drive the clamping element, a one-way transmission element connected between the driving element and the clamping element, and a clamping head opening element configured to open the clamping element, characterized in that, the clamping head opening element is rotatable, and in the case that the clamping element rotates in a first rotation direction to a position for waiting to clamp the binding medium, the positions of the clamping element and the clamping head opening element interferes with each other, to open the clamping element, and in the case that the clamping element rotates in a second rotation direction opposite to the first rotation direction, the clamping head opening element is pushed by the clamping element to rotate in the first rotation direction to move out of a moving track of the clamping element. a rotatable clamping element configured to clamp a binding medium, a driving element configured to drive the clamping element, a one-way transmission element connected between the driving element and the clamping element, and a clamping head opening element configured to open the clamping element, characterized in that, the clamping head opening element is rotatable, and in the case that the clamping element rotates in a first rotation direction to a position for waiting to clamp the binding medium, the positions of the clamping element and the clamping head opening element interferes with each other, to open the clamping element, and in the case that the clamping element rotates in a second rotation direction opposite to the first rotation direction, the clamping head opening element is pushed by the clamping element to rotate in the first rotation direction to move out of a moving track of the clamping element.
A method for structural health monitoring of a plurality of adhesive joints of a laminated wood, wherein the adhesive comprises carbon nanotubes in the adhesive joints between two join partners each, with the following steps: a) contacting the adhesive joints with a measuring device for measuring the electrical resistance of the adhesive joints, b) measuring the electrical resistances of the adhesive joints, c) comparing the measured electrical resistances of the adhesive joints to previously determined reference values, d) determining the state of the adhesive joints to be monitored by means of the comparison from step c), characterized in that, prior to the setting or the curing, respectively, of the adhesive, the carbon nanotubes are aligned in their position with respect to the join partners by means of a magnetic field, an electrical field or an electrical field with the presence of a magnetic field. a) contacting the adhesive joints with a measuring device for measuring the electrical resistance of the adhesive joints, b) measuring the electrical resistances of the adhesive joints, c) comparing the measured electrical resistances of the adhesive joints to previously determined reference values, d) determining the state of the adhesive joints to be monitored by means of the comparison from step c), characterized in that, prior to the setting or the curing, respectively, of the adhesive, the carbon nanotubes are aligned in their position with respect to the join partners by means of a magnetic field, an electrical field or an electrical field with the presence of a magnetic field.