mhurhangee/patent-ind-claim-en huggingface dataset:
A base station apparatus for performing time and frequency scheduling in uplink packet access, comprising: an other-cell interference amount measurement part configured to measure an other-cell uplink interference amount for each interference amount measurement unit which comprises a predetermined period in a time domain and a predetermined number of frequency blocks in a frequency domain, each frequency block being a unit in the frequency domain for performing the time and frequency scheduling; an interference amount determination part configured to determine whether to report an indication to a neighbouring base station apparatus, the indication based on the measured other-cell uplink interference amount for each interference amount measurement unit; and an overload indicator reporting part configured to report the indication to the neighboring base station apparatus when the interference amount determination part determines to report the indication through an interface between the base station apparatus and the neighboring base station apparatus. an other-cell interference amount measurement part configured to measure an other-cell uplink interference amount for each interference amount measurement unit which comprises a predetermined period in a time domain and a predetermined number of frequency blocks in a frequency domain, each frequency block being a unit in the frequency domain for performing the time and frequency scheduling; an interference amount determination part configured to determine whether to report an indication to a neighbouring base station apparatus, the indication based on the measured other-cell uplink interference amount for each interference amount measurement unit; and an overload indicator reporting part configured to report the indication to the neighboring base station apparatus when the interference amount determination part determines to report the indication through an interface between the base station apparatus and the neighboring base station apparatus.
An oxybutynin-containing transdermal absorption preparation, which is a patch comprising: a support layer that is formed of a base fabric; and an adhesive layer laminated on one side of the support layer , wherein the adhesive layer includes an adhesive composition containing oxybutynin or a pharmaceutically acceptable salt thereof, cholesterols, and a rubber adhesive base, characterized in that the support layer has a water-repellent surface formed by a water-repellent treatment with a fluorine-containing compound in at least one side thereof in a thickness direction. a support layer that is formed of a base fabric; and an adhesive layer laminated on one side of the support layer , wherein the adhesive layer includes an adhesive composition containing oxybutynin or a pharmaceutically acceptable salt thereof, cholesterols, and a rubber adhesive base, characterized in that the support layer has a water-repellent surface formed by a water-repellent treatment with a fluorine-containing compound in at least one side thereof in a thickness direction.
A dispersion apparatus for use in an apparatus for coupling antibodies to a resin, the dispersion apparatus comprising: an elongated tubular structure forming a lumen having a circular cross-section, the tubular structure comprising: (a) a proximal portion with an upward-facing inlet; (b) a distal portion with a closed end, the distal portion comprising a plurality of downward-facing holes arranged in three rows parallel to the axis of the distal portion and wherein the three rows are positioned between about 15 and about 60 degrees apart from each other on the distal portion; and (c) an elbow between the distal portion and the proximal portion, the elbow comprising a bend in the tubular structure which orients the inlet such that it opens in a direction that is substantially perpendicular from the axis of the distal portion.
An anti-reflective film comprising a low moisture permeable polymer film; a hard coating layer; and a low refractive index layer, characterized in that a first peak appears at 2θ value of 22 to 24°, and a second peak appears at 2θ value of 24 to 27°, in reflection mode X-ray diffraction(XRD) pattern, wherein the 2θ values of the first peak and the second peak result from the crystalline state of polymer in the low moisture permeable polymer film.
A computer readable medium having embodied thereon computer executable instructions, which, when executed by a processor of a computer system, cause the computer system to: supply a layering arrangement that implements a single unified cache for applications associated therewith, wherein memory capacity of a plurality of nodes is aggregated into the single unified cache, wherein objects are stored in the single unified cache, wherein the layering arrangement includes. a distributed object manager component that provides distribution of data in the single unified cache, and dispatches requests to various nodes associated with different regions of the single unified cache; an object manager component that includes a notification management component configured to track changes to the regions and the objects; and a data manager component that supplies storage data structures including hash tables for the objects. supply a layering arrangement that implements a single unified cache for applications associated therewith, wherein memory capacity of a plurality of nodes is aggregated into the single unified cache, wherein objects are stored in the single unified cache, wherein the layering arrangement includes. a distributed object manager component that provides distribution of data in the single unified cache, and dispatches requests to various nodes associated with different regions of the single unified cache; an object manager component that includes a notification management component configured to track changes to the regions and the objects; and a data manager component that supplies storage data structures including hash tables for the objects.
Method for operating a smart metering meter having a consumption sensor and a transmit clock generator and transmitting consumption data packets via radio by means of a battery over a specified operating time period, wherein, in the event of battery capacity decreased after a certain operating period, radio transmission parameters are modified in the sense of an extension of the operating time period depending on the residual capacity, wherein a long-life battery having the specified operating time period is provided as the battery of the smart metering meter , characterized in that , taking account of a known power consumption, the still available residual operating period of the battery threatening premature exhaustion is extended through targeted load relief thereof until at least the end of the scheduled operating time period by specifically relieving the load on it by modifying parameters of the radio link depending on the residual capacity of the battery in the sense of an extension of the residual operating time period, and wherein the number of still transmittable data packets is defined and this number is transmitted in modified form during the still available residual operating period until the end of the operating time period.
A method for wireless communications performed by a user equipment , comprising: receiving , from a network entity, cell information for neighbor cells , wherein the cell information comprises a list of cell identifiers for a subset of neighbor cells operating in intra or inter frequency bands relative to a frequency band on which a serving cell is operating and time synchronization information for the neighbor cells ; searching for synchronization symbols from the neighbor cells based on the cell information; based on the synchronization symbols from the neighbor cells , identifying one of the neighbor cells to perform a handover to; and initiating a handover from the serving cell to the identified one of the neighbor cells . receiving , from a network entity, cell information for neighbor cells , wherein the cell information comprises a list of cell identifiers for a subset of neighbor cells operating in intra or inter frequency bands relative to a frequency band on which a serving cell is operating and time synchronization information for the neighbor cells ; searching for synchronization symbols from the neighbor cells based on the cell information; based on the synchronization symbols from the neighbor cells , identifying one of the neighbor cells to perform a handover to; and initiating a handover from the serving cell to the identified one of the neighbor cells .
A shear web for a wind turbine blade, the shear web comprising: a longitudinally-extending panel having a longitudinal edge region defining a longitudinal edge (54 a/b) of the panel; a longitudinally-extending web head (52 a/b) comprising a longitudinal surface for bonding to an inner surface of the wind turbine blade shell, and first and second longitudinally-extending sidewalls arranged transverse to the longitudinal surface, the sidewalls being mutually spaced apart to define a longitudinally-extending slot therebetween for receiving the longitudinal edge region of the panel; and a plurality of discrete spring features attached to the longitudinal edge of the panel, the spring features being mutually spaced apart at intervals along the length of the longitudinal edge and configured to compress against a base of the slot when the longitudinal edge region of the panel is inserted into the slot. a longitudinally-extending panel having a longitudinal edge region defining a longitudinal edge (54 a/b) of the panel; a longitudinally-extending web head (52 a/b) comprising a longitudinal surface for bonding to an inner surface of the wind turbine blade shell, and first and second longitudinally-extending sidewalls arranged transverse to the longitudinal surface, the sidewalls being mutually spaced apart to define a longitudinally-extending slot therebetween for receiving the longitudinal edge region of the panel; and a plurality of discrete spring features attached to the longitudinal edge of the panel, the spring features being mutually spaced apart at intervals along the length of the longitudinal edge and configured to compress against a base of the slot when the longitudinal edge region of the panel is inserted into the slot.
A system for improving a drilling speed by using drill string vibration, comprising: a downhole drill string vibration-reduction and supercharging device, and an ultra-high pressure bit device used for a downhole supercharger; said downhole drill string vibration-reduction and supercharging device comprises a high-pressure flow channel ; said ultra-high pressure bit device used for the downhole supercharger comprises an ultra-high pressure drilling fluid transmission flow channel; said ultra-high pressure drilling fluid transmission flow channel comprises an ultra-high pressure drilling fluid flow channel , a high-pressure resisting hose and a high-pressure resisting rigid tube ; said high-pressure flow channel is connected to the ultra-high pressure drilling fluid flow channel ; one end of said high-pressure resisting hose is connected to the ultra-high pressure drilling fluid flow channel , and the other end of said high-pressure resisting hose is connected to the high-pressure resisting rigid tube ; and the other end of said high-pressure resisting rigid tube is connected to an ultra-high pressure drilling fluid nozzle , the drill bit further comprising a common pressure nozzle, wherein, the downhole drill string vibration-reduction and supercharging device further comprises: an upper transition joint , a spring , an upper plugging joint of the spring , a spring outer case , a lower plugging joint of the spring , a central shaft having a shunt mechanism , a splined outer sleeve , a piston shaft , a locking nut , an inlet one-way valve , a sealing assembly , a supercharging cylinder , a supercharging cylinder centralizing sleeve , a supercharging cylinder outer sleeve , an outlet one-way valve and a lower transition joint ; the upper transition joint , the upper plugging joint of the spring , the central shaft , the piston shaft and the inlet one-way valve are joined together into an integral; the central shaft engages with the splined outer sleeve to transmit the torque and allow the central shaft to move up and down; the central shaft connects with the piston shaft via thread and gets locked by the locking nut ; the spring outer case , the lower plugging joint of the spring , the splined outer sleeve , the supercharging cylinder outer sleeve and the lower transition joint are joined together into an integral; the spring is positioned within the spring outer case ; the supercharging cylinder is fixed within the supercharging cylinder centralizing sleeve ; the supercharging cylinder centralizing sleeve is positioned within the supercharging cylinder outer sleeve ; the sealing assembly is positioned at one side where the supercharging cylinder contacts with the piston shaft ; the outlet one-way valve connecting the high-pressure flow channel is positioned at the other side of the supercharging cylinder .
Secondary electrochemical cell comprising 1.1 a negative electrode comprising 1.1.1 an output conductor, 1.1.2 as carbon-based storage material that enables the storage of electrical charge in the electrode via formation of an electrical double layer (Helmholtz double layer), activated carbon having a BET surface area of at least 800 m 2 /g, and 1.1.3 a non-carbon-based H2 storage material capable of chemisorbing hydrogen and/or storing it in the form of a metal hydride, 1.2 a positive electrode comprising 1.2.1 an output conductor and 1.2.2 nickel hydroxide and/or nickel oxyhydroxide, 1.3 a porous separator that separates the negative and positive electrodes from one another, and 1.4 an aqueous alkaline electrolyte with which the electrodes and the separator are soaked and 1.5 a housing that encloses the electrodes, the separator and the electrolyte, wherein 1.6 the carbon-based storage material and/or the H2 storage material is distributed homogeneously in the negative electrode, characterized in that 1.7 the negative electrode contains the carbon-based storage material in a proportion between 5% by weight and 15% by weight. 1.1 a negative electrode comprising 1.1.1 an output conductor, 1.1.2 as carbon-based storage material that enables the storage of electrical charge in the electrode via formation of an electrical double layer (Helmholtz double layer), activated carbon having a BET surface area of at least 800 m 2 /g, and 1.1.3 a non-carbon-based H2 storage material capable of chemisorbing hydrogen and/or storing it in the form of a metal hydride, 1.1.1 an output conductor, 1.1.2 as carbon-based storage material that enables the storage of electrical charge in the electrode via formation of an electrical double layer (Helmholtz double layer), activated carbon having a BET surface area of at least 800 m 2 /g, and 1.1.3 a non-carbon-based H2 storage material capable of chemisorbing hydrogen and/or storing it in the form of a metal hydride, 1.2 a positive electrode comprising 1.2.1 an output conductor and 1.2.2 nickel hydroxide and/or nickel oxyhydroxide, 1.2.1 an output conductor and 1.2.2 nickel hydroxide and/or nickel oxyhydroxide, 1.3 a porous separator that separates the negative and positive electrodes from one another, and 1.4 an aqueous alkaline electrolyte with which the electrodes and the separator are soaked and 1.5 a housing that encloses the electrodes, the separator and the electrolyte, wherein 1.6 the carbon-based storage material and/or the H2 storage material is distributed homogeneously in the negative electrode, characterized in that 1.7 the negative electrode contains the carbon-based storage material in a proportion between 5% by weight and 15% by weight.
An agricultural harvesting system with an agricultural harvesting machine , in particular a forage harvester , which has a conveying channel for a flow of crop (S) produced in a harvesting process by harvesting a field crop , as well as a NIR sensor device with a NIR sensor which is configured to measure constituents and/or properties of the flow of crop (S), wherein the flow of crop (S) in the conveying channel is fed past the NIR sensor , characterized in that the agricultural harvesting machine furthermore has a data transmission unit which is configured to transmit the crop flow data generated by the NIR sensor device and corresponding to the constituents and/or properties measured by the NIR sensor to an offline data processing device and to process the crop flow data therein in a manner which is temporally decoupled from its generation and/or its reception.
Boiler to generate steam and/or to heat water comprising: - a metal container provided with at least one feed aperture to introduce water inside it, a discharge aperture and a steam delivery aperture , - at least one heating element associated with the container , - a discharge collector connected to the discharge aperture and defining a discharge channel for the water and any possible solid particles and/or aggregates and - a valve device associated with said discharge collector and configured to selectively open/close said channel , said discharge aperture is disposed on a lower portion of a lateral wall of said container and said discharge collector is substantially L-shaped characterized in that said discharge aperture comprises a first segment slightly inclined or substantially horizontal, connected to the discharge aperture , said first segment is provided with a first terminal end having an internal thread in the channel for screwing said first segment to the container , and a second segment connected to the first segment in correspondence with a second terminal end , opposite to the first terminal end , and disposed substantially L-shaped with respect to the latter, so as to define an exit aperture of said channel positioned, during use, below said discharge aperture and facing downward, wherein a sealing gasket is disposed between said first segment and said second segment . - a metal container provided with at least one feed aperture to introduce water inside it, a discharge aperture and a steam delivery aperture , - at least one heating element associated with the container , - a discharge collector connected to the discharge aperture and defining a discharge channel for the water and any possible solid particles and/or aggregates and - a valve device associated with said discharge collector and configured to selectively open/close said channel , said discharge aperture is disposed on a lower portion of a lateral wall of said container and said discharge collector is substantially L-shaped characterized in that said discharge aperture comprises a first segment slightly inclined or substantially horizontal, connected to the discharge aperture , said first segment is provided with a first terminal end having an internal thread in the channel for screwing said first segment to the container , and a second segment connected to the first segment in correspondence with a second terminal end , opposite to the first terminal end , and disposed substantially L-shaped with respect to the latter, so as to define an exit aperture of said channel positioned, during use, below said discharge aperture and facing downward, wherein a sealing gasket is disposed between said first segment and said second segment .
A method for the determination of a plurality of distinct echo pulses originating from the same emitted signal train of an active 3D sensor in order to provide distance measurements of the surroundings in front of the 3D sensor , whereas the signal train received by the 3D sensor is subjected to predefined trigger conditions, so that only those peaks of the signal train that fulfill the predefined trigger conditions (61, 62; 71, 72) are taken into account in the determination of the distinct echo pulses, characterized in that for the determination of the distinct echo pulses at least two different and independent trigger conditions (61, 62; 71, 72) are applied in parallel by comparing signal amplitudes to two different trigger thresholds in separate pulse analyzers to the sequence of received signal pulses, wherein at least one trigger threshold is time dependent and at least one trigger condition is independent of time.
A heavy-duty tire comprising: a tread portion comprising a pair of tread edges (TE) and a tire equator (C) located therebetween, wherein in a tire cross-section including a tire axis under a 5% inner pressure condition where the tire is mounted on a standard wheel rim and inflated to 5% of a standard pressure but loaded with no tire load, the tread portion has a profile comprising a first profile including the tire equator (C), a pair of second profiles extending axially inwardly from the tread edges (TE), and the first profile and the second profiles are configured as arc shapes protruding outwardly in a tire radial direction, characterized in that the tread portion further comprises a pair of third profiles connecting the first profile and the respective second profiles , wherein the third profiles are configured as straight shapes. a tread portion comprising a pair of tread edges (TE) and a tire equator (C) located therebetween, wherein in a tire cross-section including a tire axis under a 5% inner pressure condition where the tire is mounted on a standard wheel rim and inflated to 5% of a standard pressure but loaded with no tire load, the tread portion has a profile comprising a first profile including the tire equator (C), a pair of second profiles extending axially inwardly from the tread edges (TE), and the first profile and the second profiles are configured as arc shapes protruding outwardly in a tire radial direction, characterized in that the tread portion further comprises a pair of third profiles connecting the first profile and the respective second profiles , wherein the third profiles are configured as straight shapes.
An image coding apparatus, wherein when coding the apparatus is configured to: determine if a coding unit of an image is located on an image boundary, wherein the coding unit is located on the image boundary when the coding unit comprises a first part located inside the image boundary and a second part located outside the image boundary; and in case the coding unit is located on the image boundary the apparatus is further configured to: determine whether the image boundary divides the coding unit into two portions having different sizes or equal sizes; perform a boundary partition processing on the coding unit, wherein the boundary partition processing comprises triple tree partitioning or asymmetric partitioning if the image boundary divides the coding unit into two portions having different sizes; and perform a symmetric binary tree partition if the image boundary divides the coding unit into two portions having equal sizes. determine whether the image boundary divides the coding unit into two portions having different sizes or equal sizes; perform a boundary partition processing on the coding unit, wherein the boundary partition processing comprises triple tree partitioning or asymmetric partitioning if the image boundary divides the coding unit into two portions having different sizes; and perform a symmetric binary tree partition if the image boundary divides the coding unit into two portions having equal sizes.