mhurhangee/ep-ind-claims huggingface dataset:
Method for acoustically emitting audio broadcasting signals in a vehicle, wherein audio broadcasting signals can be transmitted into the vehicle and received there over a first and at least a second reception path, wherein the first reception path is evaluated by means of at least one criterion parameter on the basis of an audio broadcasting signal that can be received over the first reception path, and the second reception path is likewise evaluated by means of a criterion parameter on the basis of the audio broadcasting signal that can be received over the second path, wherein during an emission of the audio broadcasting signal over one of the reception paths, a preparation phase for preparing a switchover from the current reception path to the other reception path is started on the basis of a comparison of the criterion parameter of the current reception path with a first threshold value, and in the preparation phase, the criterion parameter of the current reception path is compared with a second threshold value that is lower than the first threshold value, and an examination of the switchover to the other reception path is performed if the criterion parameter of the current reception value is below the second threshold value, characterised in that, the switchover from a reception path susceptible to delays to a delay-free reception path is performed either without maintaining the delay or with the delay maintained, wherein these two options take place either in accordance with a basic default user setting or on the basis of a specific user selection or instruction, which is performed by means of a user option in a human-machine interface of a control device or as a hardware solution in the form of a control element. during an emission of the audio broadcasting signal over one of the reception paths, a preparation phase for preparing a switchover from the current reception path to the other reception path is started on the basis of a comparison of the criterion parameter of the current reception path with a first threshold value, and in the preparation phase, the criterion parameter of the current reception path is compared with a second threshold value that is lower than the first threshold value, and an examination of the switchover to the other reception path is performed if the criterion parameter of the current reception value is below the second threshold value, characterised in that, the switchover from a reception path susceptible to delays to a delay-free reception path is performed either without maintaining the delay or with the delay maintained, wherein these two options take place either in accordance with a basic default user setting or on the basis of a specific user selection or instruction, which is performed by means of a user option in a human-machine interface of a control device or as a hardware solution in the form of a control element.
Imaging device comprising an autofocus device and an imaging lens system with a first focal plane, an object stage for holding an object, a first movement module for the relative movement of object stage and imaging lens system, wherein the autofocus device comprises an image-recording module with a second focal plane the position of which relative to the first focal plane is known, a second movement module for the relative movement of object stage and image-recording module, a focus module for producing a two-dimensional, intensity-modulated focussing image in a focus module plane which intersects the second focal plane and a control module which controls the image-recording module, which then records a first two-dimensional image of the object together with the focussing image during a predetermined first exposure time, and wherein the control module, using the first two-dimensional image recorded by means of the image-recording module and taking into account the relative position of the first and second focal plane, evaluates the required change in distance between the object stage and the imaging lens system and controls the first movement module such that the evaluated change in distance is carried out for focussing the imaging device, characterized in that, the control module controls the second movement module such that, during the first exposure time for recording the first two-dimensional image, the object stage is moved relative to the image-recording module in a plane parallel to the second focal plane, and the imaging device, after carrying out the evaluated change in distance, records a second two-dimensional image of the object by means of the imaging lens system, wherein the object stage and/or the object is not moved relative to the imaging lens system in a plane parallel to the first focal plane during a second exposure time for recording the second two-dimensional image.
An anhydrous fill composition for a topical product, said fill composition comprising: (a) a branched chain hydrocarbon base oil having 9-16 carbon atoms per molecule; (b) a sufficient amount of a viscosity adjusting agent comprising 4.0 to 16 wt% of at least one silicone elastomer in combination with 0.1 to 7 wt% of at least one synthetic wax and 0.1 to 2 wt% of at least one clay-based viscosity adjusting agent, wherein the weight percentages are based on the total weight of the anhydrous fill composition; and (c) one or more UV filters. (a) a branched chain hydrocarbon base oil having 9-16 carbon atoms per molecule; (b) a sufficient amount of a viscosity adjusting agent comprising 4.0 to 16 wt% of at least one silicone elastomer in combination with 0.1 to 7 wt% of at least one synthetic wax and 0.1 to 2 wt% of at least one clay-based viscosity adjusting agent, wherein the weight percentages are based on the total weight of the anhydrous fill composition; and (c) one or more UV filters.
An aircraft in a state in which a gas turbine engine is temporarily mounted to a pylon on a wing of the aircraft, the pylon having a forward pylon mount and a rearward pylon mount, the gas turbine engine having a forward engine mount for service attachment to the forward pylon mount and a rearward engine mount for service attachment to the rearward pylon mount; characterised in that a positional relationship between the gas turbine engine and the pylon being such that the forward engine mount is out of alignment with the forward pylon mount and/or the rearward engine mount is out of alignment with the rearward pylon mount, at least one temporary forward link, being length-adjustable, and at least one temporary rearward link, being length-adjustable, the gas turbine engine being temporarily attached to the pylon via the at least one temporary forward link and the at least one temporary rearward link, wherein the at least one temporary forward link and the at least one temporary rearward link are each adapted to resist tension and compression, to maintain the positional relationship between the gas turbine engine and the pylon in the absence of adjustment of the lengths of the at least one temporary forward link and the at least one temporary rearward link; wherein adjustment of the length of at least one of the temporary forward link and the temporary rearward link is operable to bring the forward engine mount into alignment with the forward pylon mount and/or the rearward engine mount into alignment with the rearward pylon mount for service attachment of the gas turbine engine to the pylon, and the at least one temporary forward link and the at least one temporary rearward link are removable from the gas turbine engine and from the pylon.
An epoxide-acrylate hybrid molecule comprising a polyol backbone and bearing at least one epoxy group and at least one acrylate group being selected from the group consisting of and all constitutional isomers to formulas (ca) and (cb).
A method to mass concentrate a macromolecule which comprises the steps of 1) contacting detergent-mixed dry hydrogel particles having a cross-linked network of a pore size smaller than the size of the macromolecule with a macromolecule aqueous solution sample at a certain ratio of the particle mass and the aqueous solution volume and allowing the particles to absorb and swell and to exclude out the macromolecule; 2) subjecting the mixture of the macromolecule aqueous solution sample and the particles to filter centrifugal separation; and 3) collecting a macromolecule concentrate filtrate excluded by the particles upon filter removal of the particles whose surface is deprived of water and whose inner space absorbs and swells.
A method for recovering a corrosion inhibitor in an EDM liquid supply device, comprising: a step of allowing a machining liquid which is added with a corrosion inhibitor to pass through a first ion exchange resin column to maintain a suitable resistivity of the machining liquid; a step of connecting an inlet of a second ion exchange resin column with more corrosion inhibitor adsorbed thereon than that adsorbed on the first ion exchange resin column to an outlet of the first ion exchange resin column; and a step of allowing the machining liquid from the first ion exchange resin column to pass through the second ion exchange resin column to desorb the corrosion inhibitor adsorbed on the second ion exchange resin column. a step of allowing a machining liquid which is added with a corrosion inhibitor to pass through a first ion exchange resin column to maintain a suitable resistivity of the machining liquid; a step of connecting an inlet of a second ion exchange resin column with more corrosion inhibitor adsorbed thereon than that adsorbed on the first ion exchange resin column to an outlet of the first ion exchange resin column; and a step of allowing the machining liquid from the first ion exchange resin column to pass through the second ion exchange resin column to desorb the corrosion inhibitor adsorbed on the second ion exchange resin column.
An apparatus, comprising: a first pneumatic regulator including a loading chamber, the first pneumatic regulator to flow fluid toward a downstream process; a second pneumatic regulator coupled between the loading chamber and a downstream pressure, the second pneumatic regulator to control an actuation of the first pneumatic regulator during normal operation based on a pressure difference between a first pressure downstream of the first pneumatic regulator and a spring force of the second pneumatic regulator; a valve (130, 152, 302) coupled between the loading chamber and the downstream pressure, the valve (130, 152, 302) to control the actuation of the first pneumatic regulator during a shut-down event, wherein the valve (130, 152, 302) is movable between an open position and a closed position; and a controller configured to identify the shut-down event, wherein in response to identifying the shut-down event, the controller causes the valve (130, 152, 302) to move to the open position, such that the valve (130, 152, 302) fluidly couples the loading chamber to the downstream pressure, thereby closing the first pneumatic regulator. a first pneumatic regulator including a loading chamber, the first pneumatic regulator to flow fluid toward a downstream process; a second pneumatic regulator coupled between the loading chamber and a downstream pressure, the second pneumatic regulator to control an actuation of the first pneumatic regulator during normal operation based on a pressure difference between a first pressure downstream of the first pneumatic regulator and a spring force of the second pneumatic regulator; a valve (130, 152, 302) coupled between the loading chamber and the downstream pressure, the valve (130, 152, 302) to control the actuation of the first pneumatic regulator during a shut-down event, wherein the valve (130, 152, 302) is movable between an open position and a closed position; and a controller configured to identify the shut-down event, wherein in response to identifying the shut-down event, the controller causes the valve (130, 152, 302) to move to the open position, such that the valve (130, 152, 302) fluidly couples the loading chamber to the downstream pressure, thereby closing the first pneumatic regulator.
A method, comprising: generating, by a network entity, at least one performance map showing performance for different portions of spectrum in a wideband radio system, the performance measured via a performance metric; combining the at least one performance map with dynamic information, the dynamic information comprising available bandwidth measured from spectrum measurements or user equipment specific information; and selecting at least one portion of the spectrum to use for access based on the combined at least one performance map and dynamic information; said method characterized by: measurements in one portion of the spectrum are used to estimate performance in another portion of the spectrum by adjusting and applying different pathloss exponents to measurements from the one portion of the spectrum. generating, by a network entity, at least one performance map showing performance for different portions of spectrum in a wideband radio system, the performance measured via a performance metric; combining the at least one performance map with dynamic information, the dynamic information comprising available bandwidth measured from spectrum measurements or user equipment specific information; and selecting at least one portion of the spectrum to use for access based on the combined at least one performance map and dynamic information; said method characterized by: measurements in one portion of the spectrum are used to estimate performance in another portion of the spectrum by adjusting and applying different pathloss exponents to measurements from the one portion of the spectrum.
A communication method, comprising: receiving, by a control plane entity, CPE, a request message, wherein the request message comprises identification information of user equipment, UE; determining, by the CPE, whether a suspend function of the UE corresponding to the identification information is allowed to be enabled; and if the CPE determines that the suspend function of the UE is allowed to be enabled, sending, by the CPE, a message to a radio access network node, RAN node, connected to the UE, wherein the message comprises indication information indicating that the suspend function is allowed to be enabled. receiving, by a control plane entity, CPE, a request message, wherein the request message comprises identification information of user equipment, UE; determining, by the CPE, whether a suspend function of the UE corresponding to the identification information is allowed to be enabled; and if the CPE determines that the suspend function of the UE is allowed to be enabled, sending, by the CPE, a message to a radio access network node, RAN node, connected to the UE, wherein the message comprises indication information indicating that the suspend function is allowed to be enabled.
Helmet including at least one energy absorption layer and an outer coating adapted to coat said energy absorption layer, wherein said outer coating includes a cap-shaped portion arranged in a top area of the helmet and a crown-like portion arranged at least partially around said cap-shaped portion, in the region of the temples of a user, wherein the crown-like portion has an impact resistance greater than the impact resistance of the cap-shaped portion, characterized in that a) the cap-shaped portion and the crown-like portion form the visible outer coating of the energy absorption layer and wherein it comprises uncovered areas, or areas not covered by said cap-shaped portion and crown-like portion and that said areas support a deflector device, wherein the deflector device is supported directly on the energy absorption layer, or b) between the cap-shaped portion and the crown-like portion openings or slits are provided for fixing ventilation bodies or other accessories, said ventilation bodies or other accessories being attached to the energy absorption layer. a) the cap-shaped portion and the crown-like portion form the visible outer coating of the energy absorption layer and wherein it comprises uncovered areas, or areas not covered by said cap-shaped portion and crown-like portion and that said areas support a deflector device, wherein the deflector device is supported directly on the energy absorption layer, or b) between the cap-shaped portion and the crown-like portion openings or slits are provided for fixing ventilation bodies or other accessories, said ventilation bodies or other accessories being attached to the energy absorption layer.
A power management and distribution (PMAD) system comprising: a main direct current bus; an auxiliary DC bus; a single power converter configured to receive power from the main DC bus and to provide auxiliary power to the auxiliary DC bus, wherein the power converter includes a regulator switch; a plurality of solid-state circuit breakers (SSCBs) that each include a main switch connected between the main DC bus and one of a plurality of loads and an auxiliary switch connected between the auxiliary DC bus and the respective one of the plurality of loads; and a controller configured to control the power converter and each of the plurality of SSCBs, wherein the controller is configured to selectively turns the main switch and the auxiliary switch On/Off for a respective one of the plurality of SSCBs to selectively supply power from the main DC bus and/or the auxiliary DC bus to the respective one of the plurality of loads, and to selectively turn the regulator switch on/off to regulate the voltage on the auxiliary DC bus; wherein during a pre-charge operation the controller turns Off the main switch for each of the plurality of SSCBs, regulates the voltage provided by the power converter to an initial voltage less than the voltage on the main DC bus, and turns On the auxiliary switch for each of the plurality of SSCBs; and wherein the controller gradually increases the voltage provided by the power converter and turns On the main switch for each of the plurality of SSCBs when the voltage provided by the power converter reaches a threshold level. a main direct current bus; an auxiliary DC bus; a single power converter configured to receive power from the main DC bus and to provide auxiliary power to the auxiliary DC bus, wherein the power converter includes a regulator switch; a plurality of solid-state circuit breakers (SSCBs) that each include a main switch connected between the main DC bus and one of a plurality of loads and an auxiliary switch connected between the auxiliary DC bus and the respective one of the plurality of loads; and a controller configured to control the power converter and each of the plurality of SSCBs, wherein the controller is configured to selectively turns the main switch and the auxiliary switch On/Off for a respective one of the plurality of SSCBs to selectively supply power from the main DC bus and/or the auxiliary DC bus to the respective one of the plurality of loads, and to selectively turn the regulator switch on/off to regulate the voltage on the auxiliary DC bus;
Window having a window frame and, hingeably mounted on the window frame, a top-hung window sash having a hinged frame which encloses a window pane and which can be sealed peripherally with respect to the window frame, wherein the hinged frame has, on its perimeter, a peripheral hinged frame extension with a peripheral seal which also covers a surface of the hinged frame extension, the window frame bears a peripheral collar which extends inwardly over its inner wall and which has an angled-off sealing nose for interacting with the peripheral seal on the surface of the hinged frame extension, characterized in that the peripheral seal, in the region of the outer perimeter of the peripheral hinged frame extension is formed in cross section in the manner of a circular ring portion with such thickness that, upon closing the top-hung window sash, the peripheral seal can be pressed against the inner wall of the window frame and against the peripheral collar, and encloses the hinged frame extension at its outer perimeter in the form of the circular ring portion.
A radio communication terminal, comprising: a radio receiver configured to receive system information from a base station, said system information indicating a list of first cell IDs, said first cell IDs identifying access-prohibited cells, and a range of second cell IDs, said second cell IDs identifying Closed Subscribers Group, CSG, cells; a communication interface configured to perform communication with a base station in a radio communication network comprising macro cells and CSG cells; and a controller configured to determine whether access to a neighboring cell is permitted or not based on the received system information, characterized in that the controller is configured to extract, from the received system information, a list of third cell IDs indicating cells that do not permit access and a list of fourth cell IDs indicating neighboring CSG cells, the list of third cell IDs being extracted by excluding, from the list of first cell IDs, cell IDs included in the range of second cell IDs, and the list of fourth cell IDs being generated from the excluded cell IDs. a radio receiver configured to receive system information from a base station, said system information indicating a list of first cell IDs, said first cell IDs identifying access-prohibited cells, and a range of second cell IDs, said second cell IDs identifying Closed Subscribers Group, CSG, cells; a communication interface configured to perform communication with a base station in a radio communication network comprising macro cells and CSG cells; and a controller configured to determine whether access to a neighboring cell is permitted or not based on the received system information, characterized in that the controller is configured to extract, from the received system information, a list of third cell IDs indicating cells that do not permit access and a list of fourth cell IDs indicating neighboring CSG cells, the list of third cell IDs being extracted by excluding, from the list of first cell IDs, cell IDs included in the range of second cell IDs, and the list of fourth cell IDs being generated from the excluded cell IDs.
Line module for a high-voltage line which can be laid in the ground, having a current conductor section, an outer pipe which is arranged concentrically around the current conductor section and an insulator which is arranged between the current conductor section and the outer pipe, characterized in that the insulator comprises - an inner insulating body composed of a solid plastic and - an outer insulating body composed of a plastic foam, which inner insulating body and outer insulating body are each arranged concentrically around the current conductor section, so that the inner insulating body and the outer insulating body substantially completely fill the space between the current conductor section and the outer pipe. - an inner insulating body composed of a solid plastic and - an outer insulating body composed of a plastic foam, which inner insulating body and outer insulating body are each arranged concentrically around the current conductor section, so that the inner insulating body and the outer insulating body substantially completely fill the space between the current conductor section and the outer pipe.