mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication for a low-power base station (602, 1208), comprising: determining that a sharing opportunity exists at the low-power base station; determining that a sharing opportunity exists at a neighboring macrocell; if one or more user equipment, UEs, camp on the neighboring macrocell, resulting in interference to one or more users utilizing the low-power base station, providing access to an air interface provided by the low-power base station to a UE outside of a set of UEs associated with the low-power base station; and enabling inter-cell interference coordination in response to the providing of access to the air interface; or enabling cell range extension, CRE, for the low-power base station when the low-power base station provides access to the air interface to a UE outside of a set of UEs associated with the low-power base station; or granting prioritized scheduling at said low-power base station for UEs associated with a neighboring low-power base station when the neighboring low-power base station provides access to a UE outside of a set of UEs associated with said neighboring low-power base station, the UE being associated with the low-power base station. determining that a sharing opportunity exists at the low-power base station; determining that a sharing opportunity exists at a neighboring macrocell; if one or more user equipment, UEs, camp on the neighboring macrocell, resulting in interference to one or more users utilizing the low-power base station, providing access to an air interface provided by the low-power base station to a UE outside of a set of UEs associated with the low-power base station; and enabling inter-cell interference coordination in response to the providing of access to the air interface; or enabling cell range extension, CRE, for the low-power base station when the low-power base station provides access to the air interface to a UE outside of a set of UEs associated with the low-power base station; or granting prioritized scheduling at said low-power base station for UEs associated with a neighboring low-power base station when the neighboring low-power base station provides access to a UE outside of a set of UEs associated with said neighboring low-power base station, the UE being associated with the low-power base station.
A cover for an optical device comprising: a flexible body capable of attaching the cover to the optical device; a cap connected to the body such that the cap can be opened or closed, the cap having an interior portion; a display with a perimeter; and at least one resilient retention member (22, 24, 41) attached to the interior portion of the cap configured for retaining the display, the at least one resilient retention member capable of temporarily deforming to receive and release the display; wherein the display has at least one indent formed in the perimeter such that the display may be released from the at least one resilient retention member at least through the use of the at least one indent. a flexible body capable of attaching the cover to the optical device; a cap connected to the body such that the cap can be opened or closed, the cap having an interior portion; a display with a perimeter; and at least one resilient retention member (22, 24, 41) attached to the interior portion of the cap configured for retaining the display, the at least one resilient retention member capable of temporarily deforming to receive and release the display; wherein the display has at least one indent formed in the perimeter such that the display may be released from the at least one resilient retention member at least through the use of the at least one indent.
Precision pneumatic seed drill comprising at least one sowing element having a perforated disc selector device which is intended for selecting the seed and has opposing faces (18a, 18b) subject to a pressure differential, a sowing duct associated with said selector device, a pressurisation device associated with said disc for applying said pressure differential to said faces (18a, 18b), an ejector along said sowing duct fed by a compressed air dispenser for pneumatically accelerating the seeds singled out by said selector device along said sowing duct and a pressure-varying device for varying the pressure of compressed air fed to the ejector, characterised in that the ejector is arranged in an intermediate region of the sowing duct, not close to the seed selector device, the ejector being fed both from the sowing duct and from a compressed air supply that originates from said compressed air dispenser, and in that said device for varying pressure can be calibrated according to the typology of the seed to be sown, the precision pneumatic seed drill further comprising a computer and a storage unit configured to store a plurality of calibration curves of said device for varying pressure according to the typology of the seed to be sown, said computer being configured to set the pressure variation carried out by said device for varying pressure according to said calibration curves.
A method for making nuclear magnetic resonance measurements of a geologic formation, comprising the steps of: (a) providing a static magnetic field in a volume of said formation; (b) applying oscillating magnetic fields according to a modified CPMG pulse sequence characterized by having at least one first echo spacing TD and a second echo spacing TE; wherein the at least one first echo spacing TD is selected to correspond to diffusion characteristics of fluids in the formation and cause corresponding amplitude loss in induced NMR signals, and TE is relatively short, such that diffusion in the corresponding induced NMR echo signals is substantially negligible; (c) measuring the induced NMR echo signals; (d) determining the amount of amplitude loss resulting from at least one TD interval; and (e) computing diffusion properties of fluids in the formation based on the determined amplitude loss; (f) pairwise subtracting NMR echo signals associated with different TD's to separate different fluid phases present in the formation. (a) providing a static magnetic field in a volume of said formation; (b) applying oscillating magnetic fields according to a modified CPMG pulse sequence characterized by having at least one first echo spacing TD and a second echo spacing TE; wherein the at least one first echo spacing TD is selected to correspond to diffusion characteristics of fluids in the formation and cause corresponding amplitude loss in induced NMR signals, and TE is relatively short, such that diffusion in the corresponding induced NMR echo signals is substantially negligible; (c) measuring the induced NMR echo signals; (d) determining the amount of amplitude loss resulting from at least one TD interval; and (e) computing diffusion properties of fluids in the formation based on the determined amplitude loss; (f) pairwise subtracting NMR echo signals associated with different TD's to separate different fluid phases present in the formation.
An apparatus comprising: a processor circuit; a monitor module to be executed by the processor circuit to monitor an integrated voltage regulator, IVR, switching frequency for an IVR capable of regulating voltage for a microprocessor co-located on-chip with the IVR; a report module to be executed by the processor circuit to receive radio frequency information for one or more wireless components co-located on-chip with the IVR or proximate to the IVR; an interference module to be executed by the processor circuit to determine whether the monitored IVR switching frequency causes radio signal interference to the one or more wireless components based on the radio frequency information; and an adjust module to be executed by the processor circuit to adjust the IVR switching frequency based on the determination of the interference module; a register arranged to control the IVR, the register to maintain a plurality of binary bits that are capable of incrementally adjusting the IVR switching frequency; the IVR switching frequency having a range of 90 megahertz, MHz, to 154 MHz and the register maintaining an 8-bit value to enable the adjust module to cause an adjustment to the IVR switching frequency of at least 0.25 MHz increments within the range of 90 MHz to 154 MHz. a processor circuit; a monitor module to be executed by the processor circuit to monitor an integrated voltage regulator, IVR, switching frequency for an IVR capable of regulating voltage for a microprocessor co-located on-chip with the IVR; a report module to be executed by the processor circuit to receive radio frequency information for one or more wireless components co-located on-chip with the IVR or proximate to the IVR; an interference module to be executed by the processor circuit to determine whether the monitored IVR switching frequency causes radio signal interference to the one or more wireless components based on the radio frequency information; and an adjust module to be executed by the processor circuit to adjust the IVR switching frequency based on the determination of the interference module; a register arranged to control the IVR, the register to maintain a plurality of binary bits that are capable of incrementally adjusting the IVR switching frequency; the IVR switching frequency having a range of 90 megahertz, MHz, to 154 MHz and the register maintaining an 8-bit value to enable the adjust module to cause an adjustment to the IVR switching frequency of at least 0.25 MHz increments within the range of 90 MHz to 154 MHz.
An orally administrable chewable composition in unit dosage form comprising a set oil-in-water emulsion in which the aqueous phase is gelled and in which the oil phase comprises a fish oil, wherein the weight of said unit dose is 0.25-3g.
A method comprising: detecting a peer-to-peer device pairing on a device, the device storing pairing information including a link key associated with the peer-to-peer device pairing; determining a first time associated with when the peer-to-peer device pairing terminates, the first time-associated with when the-peer-to-peer device pairing terminates comprising detecting a completion of a peer-to-peer activity; and automaticaily deleting the pairing information by said device in response to a termination the peer-to-peer device pairing. detecting a peer-to-peer device pairing on a device, the device storing pairing information including a link key associated with the peer-to-peer device pairing; determining a first time associated with when the peer-to-peer device pairing terminates, the first time-associated with when the-peer-to-peer device pairing terminates comprising detecting a completion of a peer-to-peer activity; and automaticaily deleting the pairing information by said device in response to a termination the peer-to-peer device pairing.
An apparatus for examining a sample, comprising an imaging device for obtaining an overview image of the sample, an excitation laser for providing a laser beam, a measuring instrument for locally interrogating at least one property of the sample with the laser beam which emanates from an aperture, wherein this aperture is part of a probe that is manually guidable to the sample by an operator of the apparatus, further comprising tracking means for determining the location on the sample that is currently being interrogated with the laser beam, as well as a memory that is configured to associate the property interrogated with the laser beam with the determined location on the sample in the memory, wherein the tracking means are configured to determine the location at which the laser beam impacts the sample by evaluating the so-generated laser spot from the overview image, and/or to determine this location by measuring the position and orientation of the aperture, characterized in that a projector is provided, said projector being configured to project a rendering of the property interrogated with the laser beam and stored in the memory onto the sample at the location associated by the memory.
A kit for inducing directed differentiation of a stem cell to a neural crest stem cell comprising: a first inhibitor of transforming growth factor beta (TGFβ)/Activin-Nodal signaling, a second inhibitor of Small Mothers Against Decapentaplegic (SMAD) signaling, a third inhibitor of glycogen synthase kinase 3β (GSK3β), and a fourth inhibitor that lowers fibroblast growth factor receptor family signaling, wherein said FGF receptor family signaling comprises vascular endothelial growth factor (VEGF) receptors, fibroblast growth factor receptors and platelet-derived growth factor (PDGF) tyrosine kinase receptors. a first inhibitor of transforming growth factor beta (TGFβ)/Activin-Nodal signaling, a second inhibitor of Small Mothers Against Decapentaplegic (SMAD) signaling, a third inhibitor of glycogen synthase kinase 3β (GSK3β), and a fourth inhibitor that lowers fibroblast growth factor receptor family signaling, wherein said FGF receptor family signaling comprises vascular endothelial growth factor (VEGF) receptors, fibroblast growth factor receptors and platelet-derived growth factor (PDGF) tyrosine kinase receptors.
A vinyl-aromatic-based expandable composition in the form of granules capable of giving expanded beads with a density ranging from 5 to 50 g/l and electrostaticity lower than 1,000 volts after 20 seconds of pneumatic transportation which comprises: a. a polymeric matrix selected from: a1. a copolymer containing: 90-99.995% of at least one vinyl aromatic monomer; and 0.005-10% by weight of a salt or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; or a2. a polymeric mixture comprising: 92-99.995% by weight of a vinyl aromatic (co)polymer; and 0.005-8% by weight of a product selected from a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid and a copolymer of styrene with a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; and b. 1-10% by weight, calculated with respect to the polymeric matrix (a), of an expanding agent selected from aliphatic or cycloaliphatic hydrocarbons containing from 3 to 6 carbon atoms or mixtures thereof, halogenated derivatives of aliphatic hydrocarbons containing from 1 to 3 carbon atoms and carbon dioxide. a. a polymeric matrix selected from: a1. a copolymer containing: 90-99.995% of at least one vinyl aromatic monomer; and 0.005-10% by weight of a salt or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; or a2. a polymeric mixture comprising: 92-99.995% by weight of a vinyl aromatic (co)polymer; and 0.005-8% by weight of a product selected from a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid and a copolymer of styrene with a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; and a1. a copolymer containing: 90-99.995% of at least one vinyl aromatic monomer; and 0.005-10% by weight of a salt or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; or 90-99.995% of at least one vinyl aromatic monomer; and 0.005-10% by weight of a salt or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; or a2. a polymeric mixture comprising: 92-99.995% by weight of a vinyl aromatic (co)polymer; and 0.005-8% by weight of a product selected from a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid and a copolymer of styrene with a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; and 92-99.995% by weight of a vinyl aromatic (co)polymer; and 0.005-8% by weight of a product selected from a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid and a copolymer of styrene with a salt, or the corresponding C 1 -C 4 alkyl ester, of styrene sulfonic acid; and b. 1-10% by weight, calculated with respect to the polymeric matrix (a), of an expanding agent selected from aliphatic or cycloaliphatic hydrocarbons containing from 3 to 6 carbon atoms or mixtures thereof, halogenated derivatives of aliphatic hydrocarbons containing from 1 to 3 carbon atoms and carbon dioxide.
A porous carbon sheet comprising a carbon fiber and a binding material, wherein when among layers obtained by dividing the carbon sheet in a through-plane direction into three equal parts within a section extending from a surface having a 50% filling rate, which is closest to one surface, to a surface having a 50% filling rate, which is closest to the other surface, a layer which is close to one surface and has the largest layer filling rate is a layer X, a layer which is close to the other surface and has a layer filling rate smaller than that of the layer X is a layer Y, and a layer situated between the layer X and the layer Y is a layer Z, the filling rate decreases in the order of the layer X, the layer Y and the layer Z, where the 50% filling rate is a value of 50% of an average value obtained in the following manner: the filling rate of the surface is measured every fixed length from one surface to the other surface of the carbon sheet, and subsequently, an average value of the obtained filling rates of the surfaces is determined; and the filling rate of a layer is an average value obtained using the filling rates of the surfaces that form the layer.
Flywheel comprising a first flywheel mass for connection with a crankshaft, a second flywheel mass for connection with a gearbox, a spiral spring unit for resiliently connecting said primary and secondary flywheel mass (2, 4), a damping unit in parallel to said spiral spring unit with respect to said second flywheel mass, and a gap provided to increase the damping torque of said damping unit acting between said primary and secondary flywheel mass (2, 4) at a predefined angular displacement of said primary flywheel mass with respect to said secondary flywheel mass.
Coupler for accessories of excavating machinery comprising at least one hydraulic drive cylinder and at least one hydraulic safety cylinder, said cylinders being responsible for moving at least two latches, a front safety latch and a rear safety latch, which are connected by at least one connecting arm and the accessory having two pins, one front pin and one rear pin, wherein the rear latch has a retaining element; and the hydraulic cylinders are actuated by a hydraulic non-return valve, moving the connecting arm until the locking plate reaches the retaining element by simultaneously locking the front and rear latches on the two front and rear pins of the accessory respectively; characterized in that the connecting arm has two hinged bars, one of which at its front end comprises means of articulation with the other hinged bar and, at its rear end, a locking plate.
A communication control apparatus comprising: a control unit configured to - control one or more base stations to transmit two types of synchronization signals including a first synchronization signal which is beamformed and a second synchronization signal which is not beamformed within one radio frame, - cause the first synchronization signal and the second synchronization signal to be transmitted in different subframes, and - cause the first synchronization signal to be transmitted in a subframe other than a sub-frame whose subframe number is 0 or 5, in a case where a communication scheme is frequency division duplex, FDD, or cause the first synchronization signal to be transmitted in a subframe other than a subframe whose subframe number is 0, 1, 5 or 6, in a case where a communication scheme is time division duplex, TDD. - control one or more base stations to transmit two types of synchronization signals including a first synchronization signal which is beamformed and a second synchronization signal which is not beamformed within one radio frame, - cause the first synchronization signal and the second synchronization signal to be transmitted in different subframes, and - cause the first synchronization signal to be transmitted in a subframe other than a sub-frame whose subframe number is 0 or 5, in a case where a communication scheme is frequency division duplex, FDD, or cause the first synchronization signal to be transmitted in a subframe other than a subframe whose subframe number is 0, 1, 5 or 6, in a case where a communication scheme is time division duplex, TDD.
An apparatus for a quick search of regular expressions in data wherein it consists of a memory write control circuit equipped with the data input (1.1) with the width S c and data outputs (1.2) with the data width S n, each of which is connected to the first input of one of N block memories forming a buffer memory, where the total number of block memories is the parameter of the whole solution and is given by the equation N = S c / S n, where S c is the total required data width of the buffer memory and S n is the data width of individual block memories, which is identical for all the block memories, and further the memory write control circuit is equipped with the output (1.3) connected to the request queue block, while the output (3.1) of this request queue block is connected to the input of the read control circuit and the reservation output (4.1) of this read control circuit is connected to the first input of the reservation circuit, while the output (5.1) of this reservation circuit is interconnected with the input for the memory release of the memory write control circuit, and each block memory has its second input connected to the output (6.1) of the signals of the read control of the memory management circuit, where the first input of the memory management circuit of the first block memory is connected to the activation output (4.2) of the read control circuit, and where the memory management circuits are connected in a ring connection such that the activation output (6.2) of the preceding memory management circuit is always interconnected with the input of the next memory management circuit, while the output (6.3) of the last memory management circuit is connected to the input of the address incrementation circuit, which is by its first output (7.1) of processing termination connected to the second input of the reservation circuit, and further the address incrementation circuit is connected by its second output (7.2) to the second input of the memory management circuit of the first block memory in a ring connection, and the data output (2.1) of each block memory is connected to the input of the comparator circuit belonging to such block memory, where these comparator circuits are connected by their outputs (8.1) of the status signals in a ring connection, where the output (8.1) of the status signal of the comparator circuit of the last block memory is interconnected with the input of the comparator circuit of the first block memory, while the outputs (8.2) of individual comparator circuits are the outputs of the entire apparatus.