mhurhangee/ep-ind-claims huggingface dataset:
A method for proactive allocation of uplink transmission resources to a wireless device, wherein the wireless device transmits periodic uplink data traffic, the method being performed in a radio access node in a wireless communication system, and wherein a periodicity of the transmission and a packet size of transmitted packets is known to the radio access node, received from the wireless device, retrieved from another source or learnt from observing and averaging over several transmissions, the method comprising: estimating a transmission phase, the transmission phase being a periodically recurring point in time when new periodic data is available for transmission in the wireless device, and adjusting the timing of an uplink transmission resource allocation for the wireless device for a subsequent transmission depending on whether an uplink transmission resource allocated in a previous uplink transmission resource allocation was used by the wireless device or not; and proactively allocating uplink transmission resources to the wireless device, by scheduling the wireless device for uplink transmission without receiving a preceding request for transmission resources from the wireless device, such that the timing of the proactively allocated resources matches the estimated transmission phase, wherein estimating the transmission phase further comprises allocating a first and second uplink transmission resource for each transmission, and adjusting the timing of the first and/or the second resource allocations depending on which of the uplink transmission resources allocated for the previous transmission was used by the wireless device. estimating a transmission phase, the transmission phase being a periodically recurring point in time when new periodic data is available for transmission in the wireless device, and adjusting the timing of an uplink transmission resource allocation for the wireless device for a subsequent transmission depending on whether an uplink transmission resource allocated in a previous uplink transmission resource allocation was used by the wireless device or not; and proactively allocating uplink transmission resources to the wireless device, by scheduling the wireless device for uplink transmission without receiving a preceding request for transmission resources from the wireless device, such that the timing of the proactively allocated resources matches the estimated transmission phase,
Timepiece pivot arbor comprising at least one pivot machined by chip removal, characterized in that said pivot machined by chop removal is made of a non-magnetic copper alloy in order to limit the sensitivity thereof to magnetic fields, said copper alloy containing between 10 wt% and 20 wt% of Ni, between 6 wt% and 12 wt% of Sn, X wt% of additional elements, wherein X is comprised between 0 and 5, and the remainder is Cu.
A communication device for handling temporary user equipment, UE, configuration in a wireless communication system comprising at least one of a long-term evolution, LTE, network and a new radio, NR, network, the communication device comprising: a storage device; and a processing circuit, coupled to the storage device, wherein the storage device is configured to store and the processing circuit is configured to execute, instructions of: receiving a configuration from a first base station, BS; communicating with the first BS according to the configuration; transmitting a first message to the first BS to request changing the configuration; performing a handover to a second BS; and transmitting the first message to the second BS to request changing the configuration, when connecting to the second BS in response to the handover; wherein the configuration is a carrier aggregation, CA, configuration or a dual connectivity, DC, configuration or a multi-input-multi-output, MIMO, configuration. a storage device; and a processing circuit, coupled to the storage device, wherein the storage device is configured to store and the processing circuit is configured to execute, instructions of: receiving a configuration from a first base station, BS; communicating with the first BS according to the configuration; transmitting a first message to the first BS to request changing the configuration; performing a handover to a second BS; and transmitting the first message to the second BS to request changing the configuration, when connecting to the second BS in response to the handover; receiving a configuration from a first base station, BS; communicating with the first BS according to the configuration; transmitting a first message to the first BS to request changing the configuration; performing a handover to a second BS; and transmitting the first message to the second BS to request changing the configuration, when connecting to the second BS in response to the handover; wherein the configuration is a carrier aggregation, CA, configuration or a dual connectivity, DC, configuration or a multi-input-multi-output, MIMO, configuration.
Emulsifier-free cosmetic or dermatological preparation comprising one or more polyacrylic acid polymers, one or more C14-22 fatty alcohols and additionally one or more waxes and/or a hydrocarbon mixture, characterized in that one or more peeling active ingredients are present and the particle size of the peeling active ingredients is selected in the range from 50 to 500 μm.
Timepiece comprising: - a watch case comprising a middle provided with an opening through a sidewall of the latter; - a movement housed inside said case; - a control stem that is placed in said opening and is connected to said movement, said stem being arranged such that it can be moved in rotation and in translation according to its principal axis; - a crown located outside said case and mounted on said stem; in which said crown and said middle each comprise complementary blocking elements (25, 17, 27, 29) that are arranged so as to nest one inside the other in order to block said crown rotationally in a pushed-in axial position of said stem and to free the crown rotationally in at least one pulled-out axial position of said stem, characterized in that said crown comprises a cap mounted conjoined in rotation with said stem, said cap being secured to said stem by means of a spring. - a watch case comprising a middle provided with an opening through a sidewall of the latter; - a movement housed inside said case; - a control stem that is placed in said opening and is connected to said movement, said stem being arranged such that it can be moved in rotation and in translation according to its principal axis; - a crown located outside said case and mounted on said stem; in which said crown and said middle each comprise complementary blocking elements (25, 17, 27, 29) that are arranged so as to nest one inside the other in order to block said crown rotationally in a pushed-in axial position of said stem and to free the crown rotationally in at least one pulled-out axial position of said stem, characterized in that said crown comprises a cap mounted conjoined in rotation with said stem, said cap being secured to said stem by means of a spring.
An air filter including a visually uniform filter life indicator, the air filter comprising: a conformable, unframed, unpleated air filter media that is installable on at least a portion of an upstream face of a filter-support layer of an air-handling system, wherein the conformable, unframed, unpleated air filter media comprises at least one chemically passivated area that permits airflow therethrough and that provides a visually uniform filter life indicator of the air filter, characterized in that the air filter media comprises charged electret moieties with the chemically passivated area exhibiting a reduced number of charged electret moieties in comparison to the air filter media such that a ratio of a Quality Factor exhibited by the chemically passivated area to the Quality Factor exhibited by the air filter media is less than about 0.5, and wherein the chemically passivated area is configured to, upon exposure of the air filter to an airstream containing PM2.5 particles in a concentration of at least 15 micrograms per cubic meter, exhibit a uniform color throughout the entirety of the passivated area over a useful lifetime of the air filter. wherein the conformable, unframed, unpleated air filter media comprises at least one chemically passivated area that permits airflow therethrough and that provides a visually uniform filter life indicator of the air filter, characterized in that the air filter media comprises charged electret moieties with the chemically passivated area exhibiting a reduced number of charged electret moieties in comparison to the air filter media such that a ratio of a Quality Factor exhibited by the chemically passivated area to the Quality Factor exhibited by the air filter media is less than about 0.5, and wherein the chemically passivated area is configured to, upon exposure of the air filter to an airstream containing PM2.5 particles in a concentration of at least 15 micrograms per cubic meter, exhibit a uniform color throughout the entirety of the passivated area over a useful lifetime of the air filter.
A drug delivery device comprising; a housing; a display (112, 210); a cylindrical member configured to be rotatably supported inside the housing, wherein the outer surface of the cylindrical member is provided with at least first and second tracks (300, 302) together forming an encoder, each track comprising conductive segments and non-conductive segments and wherein the cylindrical member is part of a dose setting mechanism of the drug delivery device; at least first and second groups of contacts configured to engage the first and second tracks respectively at predetermined intervals along the length of the track; wherein the least first and second tracks are separated by a non-conductive strip; characterized in that it further comprises a switch configured: in a first position, to connect electrically the first and second tracks; and in a second position, to isolate electrically the first and second tracks; and a processor configured: to control operation of the display; to determine a position of the switch and hence whether the drug delivery device is in a dialling mode or a dispensing mode; to cause an electrical signal to be applied to a first contact of the second group of contacts and simultaneously to monitor electrical signals at the first group of contacts; and if no signals are detected at any of the first group of contacts, to cause an electrical signal to be applied to a second contact of the second group of contacts and simultaneously to monitor electrical signals at the first group of contacts to determine from the electrical signals at the first and second group of contacts a drug dose dialled into and/or delivered from the drug delivery device. in a first position, to connect electrically the first and second tracks; and in a second position, to isolate electrically the first and second tracks; and to control operation of the display; to determine a position of the switch and hence whether the drug delivery device is in a dialling mode or a dispensing mode; to cause an electrical signal to be applied to a first contact of the second group of contacts and simultaneously to monitor electrical signals at the first group of contacts; and if no signals are detected at any of the first group of contacts, to cause an electrical signal to be applied to a second contact of the second group of contacts and simultaneously to monitor electrical signals at the first group of contacts to determine from the electrical signals at the first and second group of contacts a drug dose dialled into and/or delivered from the drug delivery device.
Cable connector for directly connecting at least one multicore cable from insulated individual cables or for connecting a composite of insulated individual cables, wherein the cable connector is formed from an insulating body from two limbs integrally connected to each other, and the one limb extends in a vertical direction, while the other limb extends in a horizontal direction, characterized in that the limb extending in vertical direction has several through openings (21u, 21o) disposed adjacent to each other, which are provided in vertical direction in two spaced apart horizontal planes (H1, H2) and that the second limb extending in horizontal direction has several through openings (21v, 21h) disposed adjacent to each other, which are provided in horizontal direction in two spaced apart vertical planes (V1, V2).
Apparatus for the preparation of a semi-solid magnesium alloy in a quasi-liquid state comprising three communicating chambers, where: - the melting chamber X is provided with a sluice-gate opening on the upper side, a communicating channel between the chamber X and the chamber Y adjacent to the bottom, heating elements, a porous septum on the lower side for inert gas insufflation, and one or more inserts of graphite or silicon carbide inserted on the bottom, and an electromagnetic induction block plate and/or one or more rotating plate bearing permanent magnets and/or rotating permanent magnets; - the chamber Y provided with heating elements, a communicating channel between the chamber Y and the chamber Z adjacent to the bottom, a piston capable of opening and closing the channel, and one or more inserts of graphite or silicon carbide inserted within the bottom, and an electromagnetic induction block plate and/or one or more rotating plate bearing permanent magnets and/or rotating permanent magnets; - the dosing chamber Z is provided with heating elements, a valve on the upper side, a dosing tube which allows the magnesium alloy coming out from the apparatus, and one or more inserts of graphite or silicon carbide inserted within the bottom, and an electromagnetic induction block plate and/or one or more rotating plate bearing permanent magnets and/or rotating permanent magnets. - the melting chamber X is provided with a sluice-gate opening on the upper side, a communicating channel between the chamber X and the chamber Y adjacent to the bottom, heating elements, a porous septum on the lower side for inert gas insufflation, and one or more inserts of graphite or silicon carbide inserted on the bottom, and an electromagnetic induction block plate and/or one or more rotating plate bearing permanent magnets and/or rotating permanent magnets; - the chamber Y provided with heating elements, a communicating channel between the chamber Y and the chamber Z adjacent to the bottom, a piston capable of opening and closing the channel, and one or more inserts of graphite or silicon carbide inserted within the bottom, and an electromagnetic induction block plate and/or one or more rotating plate bearing permanent magnets and/or rotating permanent magnets; - the dosing chamber Z is provided with heating elements, a valve on the upper side, a dosing tube which allows the magnesium alloy coming out from the apparatus, and one or more inserts of graphite or silicon carbide inserted within the bottom, and an electromagnetic induction block plate and/or one or more rotating plate bearing permanent magnets and/or rotating permanent magnets.
An emulsifiable concentrate comprising a water-insoluble pesticide, wherein the pesticide is soluble in water to not more than 1 g/l at 25°C, an alkyl lactate, and a lactamide of the formula H 3 C-CH -C N(R 1) 2 where R 1 is methyl, ethyl, propyl, butyl, or mixtures thereof, wherein the concentrate comprises from 5 to 45% by weight of the alkyl lactate, and from 1 to 20% by weight of the lactamide of the formula, wherein the amounts of these components add up to a sum of 15 to 80% by weight.
An apparatus for the transfer of organic compounds from a liquid phase to a gaseous phase, comprising a packed stripping column having a bottom end and a top end, a housing enclosing said packed stripping column, a shell surrounding said housing, a means for introducing a gaseous phase from the bottom end of said packed stripping column, a distributor for distributing said liquid phase onto said packed stripping column causing said liquid phase to trickle down said packed stripping column counter-currently to the flow of the gaseous phase and causing the gas stream leaving said packed stripping column at its top end to have a higher content of organic compounds than the gaseous phase introduced at the bottom end of said packed stripping column, and one or more ducts located between said housing and said shell and allowing the gaseous phase leaving said packed stripping column to flow downwards.
A GIS-type zeolite, having a diffraction peak of (1 0 1) at a diffraction angle 2θ = 12.55 to 12.90° in a spectrum obtained by X-ray diffraction, and a potassium atom content of 3% by mass or more, wherein the GIS-type zeolite includes silica and alumina as main components of the GIS-type zeolite in 80% by mass or more, in which the content of aluminum is 1% by mass or more, the content of phosphorus is 4% by mass or less, and the contents of Zr and Ti are 8% by mass or less. a diffraction peak of (1 0 1) at a diffraction angle 2θ = 12.55 to 12.90° in a spectrum obtained by X-ray diffraction, and a potassium atom content of 3% by mass or more, wherein the GIS-type zeolite includes silica and alumina as main components of the GIS-type zeolite in 80% by mass or more, in which the content of aluminum is 1% by mass or more, the content of phosphorus is 4% by mass or less, and the contents of Zr and Ti are 8% by mass or less.
A method for Random Access, RA, in a communication system, the method comprising: receiving RA preambles from a plurality of terminals; and transmitting an RA response message to the plurality of terminals, wherein the RA response message includes: common information for the plurality of terminals wherein the common information comprises overload condition information indicating a back off process information; a plurality of RA preamble indicators respectively indicating each RA preamble from each terminal; and a plurality of RA responses (IE 10) respectively corresponding to each terminal. receiving RA preambles from a plurality of terminals; and transmitting an RA response message to the plurality of terminals, wherein the RA response message includes: common information for the plurality of terminals wherein the common information comprises overload condition information indicating a back off process information; a plurality of RA preamble indicators respectively indicating each RA preamble from each terminal; and a plurality of RA responses (IE 10) respectively corresponding to each terminal. common information for the plurality of terminals wherein the common information comprises overload condition information indicating a back off process information; a plurality of RA preamble indicators respectively indicating each RA preamble from each terminal; and a plurality of RA responses (IE 10) respectively corresponding to each terminal.
A green sand mold comprising at least one pair of green sand mold parts each comprising a recess and a mating surface, a cured layer comprising a curing material comprising a thermosetting resin as a main component being formed on the recess and mating surface of each of the green sand mold parts; and said cured layer having a hardness of 40 to 98, a thickness of 0.5 to 6 mm, and a gas permeability of 70 to 150.
A method of visual queries with respect to volumetric data which are to be visualized together with data of geometric objects, wherein data are stored in a database and computer means comprising visualization means are provided for visualization of structures defined by the volumetric data, and associated data, characterized in that in a preprocessing step, a row of volume elements of a region of interest is selected, and a respective distance table (27; 27') is calculated for said row of volume elements, said distance table comprising pairs of structure distance values (d) and structure IDs (id), whereafter on the basis of said distance table, an associated look-up table is established which contains a count of the pairs of structure values (d) and structure IDs (id) as well as an offset of the row in the distance table, said look-up table being kept in a runtime memory with limited capacity, and to allow to read out respective pairs (d, id) in the distance table, wherein rapid access to data via the respective look-up table and the distance table is performed, so that it is then possible to finally read out the structure data from the database.
A method of synthesizing metal composite oxide, the method being characterized by comprising: adding a dispersant to a ceria composite oxide nanoparticle colloid, wherein a mean particle diameter of the ceria composite oxide nanoparticle colloid to which the dispersant has been added is 10 nm or less; adding a dispersant to an alumina nanoparticle colloid, wherein a mean particle diameter of the alumina nanoparticle colloid to which the dispersant has been added is 10 nm or less; introducing separately the ceria composite oxide nanoparticle colloid to which the dispersant has been added and the alumina nanoparticle colloid to which the dispersant has been added into a high-speed stirring apparatus; synthesizing alumina-ceria composite oxide nanoparticles by allowing the ceria composite oxide nanoparticles and the alumina nanoparticles that have been introduced into the high-speed stirring apparatus to mutually react in a microscopic space; and applying a shearing force at a shear rate of 17000 sec -1 or more to the alumina-ceria composite oxide nanoparticles. adding a dispersant to a ceria composite oxide nanoparticle colloid, wherein a mean particle diameter of the ceria composite oxide nanoparticle colloid to which the dispersant has been added is 10 nm or less; adding a dispersant to an alumina nanoparticle colloid, wherein a mean particle diameter of the alumina nanoparticle colloid to which the dispersant has been added is 10 nm or less; introducing separately the ceria composite oxide nanoparticle colloid to which the dispersant has been added and the alumina nanoparticle colloid to which the dispersant has been added into a high-speed stirring apparatus; synthesizing alumina-ceria composite oxide nanoparticles by allowing the ceria composite oxide nanoparticles and the alumina nanoparticles that have been introduced into the high-speed stirring apparatus to mutually react in a microscopic space; and applying a shearing force at a shear rate of 17000 sec -1 or more to the alumina-ceria composite oxide nanoparticles.
Metering device for tablets, in particular for micro-tablets, comprising a fixed device part and a metering element rotating in a plane of rotation and having a plurality of tablet receiving elements, characterised in that the plane of rotation lies at an angle of inclination (α) of no more than 30° relative to the weight force direction, the tablet receiving elements are open in at least one lateral direction with respect to the plane of rotation, and the fixed device part comprises a feeder surface for the tablets, which is arranged with respect to the weight force direction in the lower region of the metering element and also laterally beside the metering element, wherein the feeder surface with a lead-in edge borders against the metering element at the level of the tablet receiving elements.