mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at a user equipment, UE, comprising: identifying that a transmission time interval, TTI, configured for communications in a first link direction, is allocated for a first type of communications in a first time division duplex, TDD, carrier, wherein the first link direction is uplink or downlink; receiving, in a second carrier, a control message indicating that a portion of the TTI is assigned for a second type of communications in a second link direction in the first carrier, wherein the second link direction is different from the first link direction; determining that the second type of communications is to preempt the first type of communications in the portion of the TTI based at least in part on receiving the control message; and communicating during the TTI based at least in part on receiving the control message and on the determination. identifying that a transmission time interval, TTI, configured for communications in a first link direction, is allocated for a first type of communications in a first time division duplex, TDD, carrier, wherein the first link direction is uplink or downlink; receiving, in a second carrier, a control message indicating that a portion of the TTI is assigned for a second type of communications in a second link direction in the first carrier, wherein the second link direction is different from the first link direction; determining that the second type of communications is to preempt the first type of communications in the portion of the TTI based at least in part on receiving the control message; and communicating during the TTI based at least in part on receiving the control message and on the determination.
A valve insert through which flow can pass axially, having a backstop valve and a thermostat valve which is arranged coaxially thereto and connected in series, characterised in that the backstop valve has a spring -loaded backstop valve piston and a backstop valve housing, which forms a guide for the backstop valve piston on one side and has a valve seat on the other side.
An oral irrigator assembly comprising: a base unit including a first positioning feature; an oral irrigator handle including a second positioning feature corresponding with the first positioning feature of the base unit to removably couple the oral irrigator handle to the base unit; a tube nest coupled to the base unit; and a tube that is coupled to the oral irrigator handle and is configured to be stored around the tube nest; wherein: the first positioning feature is a first magnet device coupled to the base unit; the second positioning feature of the oral irrigator handle is a second magnet device configured to engage with the first magnet device to magnetically couple the oral irrigator handle to the base unit; a portion of the tube nest extends away from a front face of the base unit to form a protrusion; and an interface between the protrusion and the front face of the base unit forms a tube recess which is formed to extend rearward of the front face in a direction opposite that of the tube nest, the tube recess having a width that is larger than a diameter of the tube. a base unit including a first positioning feature; an oral irrigator handle including a second positioning feature corresponding with the first positioning feature of the base unit to removably couple the oral irrigator handle to the base unit; a tube nest coupled to the base unit; and a tube that is coupled to the oral irrigator handle and is configured to be stored around the tube nest; wherein: the first positioning feature is a first magnet device coupled to the base unit; the second positioning feature of the oral irrigator handle is a second magnet device configured to engage with the first magnet device to magnetically couple the oral irrigator handle to the base unit; a portion of the tube nest extends away from a front face of the base unit to form a protrusion; and an interface between the protrusion and the front face of the base unit forms a tube recess which is formed to extend rearward of the front face in a direction opposite that of the tube nest, the tube recess having a width that is larger than a diameter of the tube. the first positioning feature is a first magnet device coupled to the base unit; the second positioning feature of the oral irrigator handle is a second magnet device configured to engage with the first magnet device to magnetically couple the oral irrigator handle to the base unit; a portion of the tube nest extends away from a front face of the base unit to form a protrusion; and an interface between the protrusion and the front face of the base unit forms a tube recess which is formed to extend rearward of the front face in a direction opposite that of the tube nest, the tube recess having a width that is larger than a diameter of the tube.
Electrical socket apparatus comprising an open-sided socket box of rounded or circular cross section for location within a similarly shaped opening set in a wall or other surface, the socket box including at its open end an inwardly projecting annular lip formed with a plurality of fixing elements, an electrical switch socket connectable to the socket box and including a rectangular front face including sockets for receiving pins of an electric plug of an electrical appliance and a rear face from which protrude terminals for connection to mains wiring to be retained within the sockets box, and a frame-shaped rectangular front plate whose length and height are greater than the length and height of the front face of the switch socket and which includes fixing elements complementary to those of the annular lip of the socket box, the front plate, in use of the apparatus, being positioned between the switch socket and the wall or other surface into which the socket box is mounted with the boundaries of the open end of the socket box and the wall or other surface opening in which the socket box is located entirely covered by the front plate, the apparatus being characterised in that either: (a) the fixing elements of the annular lip of the socket box comprise recesses or openings formed in the lip, and those of the front plate comprise clips or projections which respectively locate over and behind the recesses, or protrude into the openings, or (b) the fixing elements of the annular lip of the socket box comprise clips or projections and those of the front plate comprise recesses or openings respectively. (a) the fixing elements of the annular lip of the socket box comprise recesses or openings formed in the lip, and those of the front plate comprise clips or projections which respectively locate over and behind the recesses, or protrude into the openings, or (b) the fixing elements of the annular lip of the socket box comprise clips or projections and those of the front plate comprise recesses or openings respectively.
Multilayer automotive trim part for noise attenuation comprising at least 2 fibrous layers and at least one air permeable intermediate film layer between the at least 2 fibrous layers (10, 30) and whereby the trim part is air permeable, characterized in that at least one of the fibrous layers (10, 30) is a mixture of fibers consisting of 10 to 40% of binder fibers, 10 to 70% of recycled fibers and 10 to 70% of self-crimped fibers and wherein the total amount of said fibers adds to 100% by weight.
Method of producing a flexible sheet material which has a first and a second layer of material (6, 11), the first layer of material being applied to a support which has a supporting surface which is provided at least with a depression and being pressed into the depression and so forming a receiving region for a filler material, the filler material then being introduced into the receiving region, the second layer of material then being applied to the first layer of material and the filler material, and the first and the second layer of material (6, 11) then being pressed against one another by means of a pressure-applying arrangement, the filler material which has been introduced into the receiving region, on solidifying, connecting the first layer of material and the second layer of material together and producing an elevation in the flexible sheet material, characterised in that, during the introduction of the filler material, the first layer of material is held in contact with the floor of the depression by bonding-on the first layer of material by means of an adhesive or by applying suction to the first layer of material.
A paging method, comprising: receiving, by an access device, downlink data, wherein the downlink data comprises a first identifier of a terminal, wherein the access device and the terminal are configured to be connected to a control plane network element; and after receiving the downlink data by the access device and when the terminal is in an idle state, initiating the following steps by the access device; determining, by the access device, a paging identifier based on the first identifier; and sending, by the access device, a paging message to the terminal, wherein the paging message carries the paging identifier. receiving, by an access device, downlink data, wherein the downlink data comprises a first identifier of a terminal, wherein the access device and the terminal are configured to be connected to a control plane network element; and after receiving the downlink data by the access device and when the terminal is in an idle state, initiating the following steps by the access device; determining, by the access device, a paging identifier based on the first identifier; and sending, by the access device, a paging message to the terminal, wherein the paging message carries the paging identifier.
Measurement arrangement for a vehicle comprising at least one acceleration sensor (22a, 22b), wherein - a first acceleration sensor of a sensor pair can be fastened to a vehicle wheel and a second acceleration sensor of the sensor pair can be fastened to the same vehicle wheel diametrically opposite with respect to the wheel axle, - an evaluation device is connected to the two acceleration sensors (22a, 22b) of the sensor pair and is configured such that it generates an output measurement signal using the sensor signals (alt, a1r, a2t, a2r) from the two acceleration sensors (22a, 22b), characterised in that - the measurement arrangement has an angle sensor which is configured such that it measures the angle of rotation (φ) of the vehicle wheel to form an angle of rotation value, and - the evaluation device is connected to the angle sensor and is configured such that it determines the output measurement signal using the angle of rotation value, the wheel diameter (Drad) of the vehicle wheel and the sensor signals (alt, a1r, a2t, a2r) from the two acceleration sensors (22a, 22b) of the sensor pair, wherein the evaluation device is furthermore configured such that it determines a slip change value and/or a slip value of the vehicle wheel as the output measurement signal. - a first acceleration sensor of a sensor pair can be fastened to a vehicle wheel and a second acceleration sensor of the sensor pair can be fastened to the same vehicle wheel diametrically opposite with respect to the wheel axle, - an evaluation device is connected to the two acceleration sensors (22a, 22b) of the sensor pair and is configured such that it generates an output measurement signal using the sensor signals (alt, a1r, a2t, a2r) from the two acceleration sensors (22a, 22b), characterised in that - the measurement arrangement has an angle sensor which is configured such that it measures the angle of rotation (φ) of the vehicle wheel to form an angle of rotation value, and - the evaluation device is connected to the angle sensor and is configured such that it determines the output measurement signal using the angle of rotation value, the wheel diameter (Drad) of the vehicle wheel and the sensor signals (alt, a1r, a2t, a2r) from the two acceleration sensors (22a, 22b) of the sensor pair, wherein the evaluation device is furthermore configured such that it determines a slip change value and/or a slip value of the vehicle wheel as the output measurement signal.
A method of manufacturing an extended release pharmaceutical composition comprising a protein particle coated with a biodegradable polymer, the method comprising the steps of: (a) subjecting a solution of the therapeutic protein to dispersion and drying by spray-drying to form micronized protein particles, wherein the inlet temperature of the spray dryer is set at a temperature above the boiling point of water, and the outlet temperature is set at a temperature below the boiling point of water; (b) suspending the micronized protein particles in an organic solution comprising a biodegradable polymer and an organic solvent; and (c) spray-drying the suspension of (b) to form a population of protein polymer microparticles, wherein the microparticles in the extended release pharmaceutical composition release protein for at least 60 days in a physiological aqueous environment at 37°C. (a) subjecting a solution of the therapeutic protein to dispersion and drying by spray-drying to form micronized protein particles, wherein the inlet temperature of the spray dryer is set at a temperature above the boiling point of water, and the outlet temperature is set at a temperature below the boiling point of water; (b) suspending the micronized protein particles in an organic solution comprising a biodegradable polymer and an organic solvent; and (c) spray-drying the suspension of (b) to form a population of protein polymer microparticles,
A method to provide a management console for a user or administrator, comprising, in a chassis having a plurality of slots each configured to receive a module having one or more information handling systems wherein each slot is configured to electrically and communicatively couple the module to other components of the chassis: receiving, by a chassis management controller integral to the chassis, a signal from a sensor integral to the chassis, the signal indicative of a physical quantity measured by the sensor; characterized by communicating, from the chassis management controller to a remote access controller integral to at least one module disposed in the plurality of slots, sensor information in conformity with the signal, wherein the chassis management controller is configured to serve as a proxy between the sensor and the remote access controller, wherein the chassis management controller interfaces with a network interface separate from a network interface of the chassis, which allows out-of-band control of the chassis such that communications to and from the chassis management controller are communicated via a management channel physically isolated from an in-band communication channel with the network interface of the chassis. receiving, by a chassis management controller integral to the chassis, a signal from a sensor integral to the chassis, the signal indicative of a physical quantity measured by the sensor; characterized by communicating, from the chassis management controller to a remote access controller integral to at least one module disposed in the plurality of slots, sensor information in conformity with the signal, wherein the chassis management controller is configured to serve as a proxy between the sensor and the remote access controller, wherein the chassis management controller interfaces with a network interface separate from a network interface of the chassis, which allows out-of-band control of the chassis such that communications to and from the chassis management controller are communicated via a management channel physically isolated from an in-band communication channel with the network interface of the chassis.
A process for recovering an onium hydroxide from a composition containing onium ions and a process residue, comprising: providing a composition containing onium ions and a process residue; adding a quantity of a surfactant to the composition to obtain a surfactant-modified composition, wherein the quantity of surfactant added is the minimum concentration required to maintain solubility of the process residue; providing a cation exchange media; collecting the onium ions by applying the surfactant-modified composition to the cation exchange media wherein the onium ions become bound to and retained by the cation exchange media and the process residue and the surfactant do not become bound to the cation exchange media and are substantially not retained by the cation exchange media; and recovering the onium ions from the cation exchange media as an onium hydroxide by applying a cation-containing hydroxide composition to the cation exchange media. providing a composition containing onium ions and a process residue; adding a quantity of a surfactant to the composition to obtain a surfactant-modified composition, wherein the quantity of surfactant added is the minimum concentration required to maintain solubility of the process residue; providing a cation exchange media; collecting the onium ions by applying the surfactant-modified composition to the cation exchange media wherein the onium ions become bound to and retained by the cation exchange media and the process residue and the surfactant do not become bound to the cation exchange media and are substantially not retained by the cation exchange media; and recovering the onium ions from the cation exchange media as an onium hydroxide by applying a cation-containing hydroxide composition to the cation exchange media.
An implantable composite comprising a plurality of resorbable ceramic particles, the resorbable ceramic particles comprising mixed AB type-carbonated hydroxyapatite and β tricalcium phosphate in a ratio from about 5:95 to about 20:80, wherein the mixed AB type-carbonated hydroxyapatite that is produced by aqueous precipitation in the presence of carbonate ions in a solution of calcium phosphate apatite with a Ca/P molar ratio greater than 1.67.
Reducer with a main body which has an inner through recess which has at a larger end section of the main body a larger opening and at a smaller end section of the main body a smaller opening, characterised in that at the two end faces formed at the end sections (2, 3) is provided in each case a seal (30, 36), wherein the main body and the two seals (30, 36) are manufactured in one piece from silicone.
Surge arrester with - at least one resistor element (90, 91, 92), - and a cage in which the at least one resistor element (90, 91, 92) is arranged, - wherein the cage comprises an upper holder, a lower holder and at least three insulating rods which are in each case held with one rod end by the upper holder and with the other rod end by the lower holder, wherein the upper holder and the lower holder are configured in such a way that they allow in each case two different positions for at least one of the insulating rods relative to the two holders and the at least one insulating rod can be positioned differently relative to the two holders (20, 40) and wherein the upper holder and the lower holder each have a slot, through which the rod ends of the variably positionable insulating rod are passed, in order to fasten the at least one variably positionable insulating rod, characterized in that - a tightening strap, which can be adjusted during mounting, is present which is passed around the variably positionable insulating rod and exerts a tensile force, in the direction of the at least one resistor element (90, 91, 92), on the variably positionable insulating rod. - at least one resistor element (90, 91, 92), - and a cage in which the at least one resistor element (90, 91, 92) is arranged, - wherein the cage comprises an upper holder, a lower holder and at least three insulating rods which are in each case held with one rod end by the upper holder and with the other rod end by the lower holder, wherein - a tightening strap, which can be adjusted during mounting, is present which is passed around the variably positionable insulating rod and exerts a tensile force, in the direction of the at least one resistor element (90, 91, 92), on the variably positionable insulating rod.
Transmission element (15', 15") suitable for transmitting oscillations and an impression force on a rivet in a punch-riveting device having an oscillation generator, wherein the transmission element (15', 15") by way of a first end is capable of being coupled to the oscillation generator in such a manner that the transmission element (15', 15") is capable of being set in oscillation by the oscillation generator, wherein the transmission element (15', 15") at a second end is capable of contacting the rivet, wherein the transmission element (15, 15") has a duct which opens out into an opening at the second end, wherein the duct is configured in such a manner that an optical signal is capable of being directed through the duct onto the rivet, wherein furthermore the duct in a lateral region between the first end and the second end opens into a second opening by way of which the optical signal is capable of being introduced into the duct, characterized in that an optical deflection installation by means of which the optical signal is capable of being deflected from the first opening in the direction of the second opening is provided in the duct between the first opening and the second opening.
Process for operating an IGCC power plant with the steps - at least one solid fuel and oxygen are fed to a gasifier, - the fuel gas undergoes at least one gas purification step (B, C, D, E), - the purified fuel gas, comprising CO and H 2, is fed to at least one shift stage where a conversion of the CO with steam primarily into CO 2 and H 2 is effected, - the fuel gas containing H 2 and CO 2 is conducted across a membrane filter which selectively separates at least some of the H 2 from the fuel gas, in which a purge gas on the permeate side is used in order to achieve a driving potential, and in which some of the exhaust gas produced in a gas turbine process is used as the purge gas for the membrane filter, - the hydrogen depleted fuel gas is fed to CO 2 conditioning, - the separated hydrogen together with the purge gas is fed to the combustor of a gas turbine process, characterised in that, - the conversion of the CO with steam primarily into CO 2 and H 2 and the H 2 separation are effected via the membrane filter combined in a water gas shift membrane reactor (WGS MR), which is operated on a one stage and adiabatic basis and - a thermal mass flow rate of the purge gas is adjusted to a feed of at least 1 for the WGS MR. - at least one solid fuel and oxygen are fed to a gasifier, - the fuel gas undergoes at least one gas purification step (B, C, D, E), - the purified fuel gas, comprising CO and H 2, is fed to at least one shift stage where a conversion of the CO with steam primarily into CO 2 and H 2 is effected, - the fuel gas containing H 2 and CO 2 is conducted across a membrane filter which selectively separates at least some of the H 2 from the fuel gas, in which a purge gas on the permeate side is used in order to achieve a driving potential, and in which some of the exhaust gas produced in a gas turbine process is used as the purge gas for the membrane filter, - the hydrogen depleted fuel gas is fed to CO 2 conditioning, - the separated hydrogen together with the purge gas is fed to the combustor of a gas turbine process, characterised in that, - the conversion of the CO with steam primarily into CO 2 and H 2 and the H 2 separation are effected via the membrane filter combined in a water gas shift membrane reactor (WGS MR), which is operated on a one stage and adiabatic basis and - a thermal mass flow rate of the purge gas is adjusted to a feed of at least 1 for the WGS MR.