mhurhangee/ep-ind-claims huggingface dataset:
Method for treatment of water having the following method steps: - the water that is to be treated is distributed in the upper part of an upwardly open, virtually unpressurized reaction space and trickles from top to bottom through a bed that is not situated below water and is made of a small-particle growth support material for microorganisms and which has a density < 0.1 g/cm 3 and a particle size < 15 mm, - at the same time an artificially generated air stream passes from bottom to top through the support material bed in counterflow to the downwardly trickling water, - at least one substream of the water that has trickled through the support material bed is then passed through a fine-pore filter, - at certain intervals, a regeneration takes place, in which an artificially generated strong air stream passes from bottom to top through the support material bed in counterflow to the trickling water stream and mixes it, in such a manner that some of the biomass adhering to the individual support particles and also any fine solids filtered off from the water are abraded, - and in which then strong air stream and water stream are interrupted and the regenerated material of water and abraded biomass then draining off from the support material bed is collected and removed from the system, - wherein, during the regeneration, the filtration through the fine-pore filter is interrupted. - the water that is to be treated is distributed in the upper part of an upwardly open, virtually unpressurized reaction space and trickles from top to bottom through a bed that is not situated below water and is made of a small-particle growth support material for microorganisms and which has a density < 0.1 g/cm 3 and a particle size < 15 mm, - at the same time an artificially generated air stream passes from bottom to top through the support material bed in counterflow to the downwardly trickling water, - at least one substream of the water that has trickled through the support material bed is then passed through a fine-pore filter, - at certain intervals, a regeneration takes place, in which an artificially generated strong air stream passes from bottom to top through the support material bed in counterflow to the trickling water stream and mixes it, in such a manner that some of the biomass adhering to the individual support particles and also any fine solids filtered off from the water are abraded, - and in which then strong air stream and water stream are interrupted and the regenerated material of water and abraded biomass then draining off from the support material bed is collected and removed from the system, - wherein, during the regeneration, the filtration through the fine-pore filter is interrupted.
Single-use injector and two-chamber system, at least a first chamber being part of a cylinder/piston unit which can be received in the single-use injector and the second chamber being part of a container having at least one opening, which container is closed at least temporarily by means of a stopper and inserted in a container adapter which is detachably mounted on the single-use injector, characterized - in that the stopper and the container adapter can be interlocked nondetachably to each other, - in that, when the container is inserted, the container adapter closes the opening by displacing the stopper, and - in that, after the container has been inserted, the container adapter connects a cylinder interior of the cylinder/piston unit to an interior of the container. - in that the stopper and the container adapter can be interlocked nondetachably to each other, - in that, when the container is inserted, the container adapter closes the opening by displacing the stopper, and - in that, after the container has been inserted, the container adapter connects a cylinder interior of the cylinder/piston unit to an interior of the container.
A method for a network management server to determine a root sequence index (313, 314), the method comprising: determining whether to reassign a root sequence index (313, 314) of a cell managed by a base station (303, 304), based on a random access channel, RACH, related statistical information (311, 312) including a ratio between a number of transmitted random access, RA, preamble signals and a number of transmitted scheduled transmission messages; determining the root sequence index (313, 314) to be reassigned to the cell based on the number of handovers between the cell and neighbor cells thereof, in case that the root sequence index (313, 314) is determined to be reassigned; and transmitting the determined root sequence index (313, 314) to the base station (303, 304). determining whether to reassign a root sequence index (313, 314) of a cell managed by a base station (303, 304), based on a random access channel, RACH, related statistical information (311, 312) including a ratio between a number of transmitted random access, RA, preamble signals and a number of transmitted scheduled transmission messages; determining the root sequence index (313, 314) to be reassigned to the cell based on the number of handovers between the cell and neighbor cells thereof, in case that the root sequence index (313, 314) is determined to be reassigned; and transmitting the determined root sequence index (313, 314) to the base station (303, 304).
An electric brake actuator module, comprising: a module housing having a guideway; and a reciprocating ram axially movable in the guideway, wherein the ram has an inner portion of non-circular cross-section and an outer portion of circular cross-section, and wherein the guideway has an inner longitudinal portion of non-circular cross-section for interacting with the inner portion of the ram to prevent rotation of the inner portion of the ram and to determine a stroke of the ram, and an outer portion of circular cross-section sealed with respect to the outer portion of the ram. a module housing having a guideway; and a reciprocating ram axially movable in the guideway, wherein the ram has an inner portion of non-circular cross-section and an outer portion of circular cross-section, and wherein the guideway has an inner longitudinal portion of non-circular cross-section for interacting with the inner portion of the ram to prevent rotation of the inner portion of the ram and to determine a stroke of the ram, and an outer portion of circular cross-section sealed with respect to the outer portion of the ram.
A cooking device comprising a base material and a thin film that is formed on a surface of this base material, characterized in that said thin film contains silicon (Si), zirconium (Zr) and oxygen, and is such that when said silicon (Si) and said zirconium (Zr) are respectively converted to silicon oxide (SiO 2) and zirconium oxide (ZrO 2), the weight percent of said silicon oxide (SiO 2) relative to the total amount of said zirconium oxide (ZrO 2) and said silicon oxide (SiO 2) is in a range of 1 to 20 weight %, wherein the thickness of the thin film is 0.01 μm or more and 10 μm or less.
A process of depositing a material on an inner wall of a substrate tube, the process comprising the steps of: disposing a silica substrate tube within a resonant coil of a plasma generator; presenting at least one chemical reactant through a first, delivery end of the substrate tube; maintaining internal pressure within the substrate tube to be less than atmospheric pressure; and energizing the resonant coil; characterized in that the resonant coil is energized to create an isothermal plasma of ions and electrons at the same temperature and heating the inner wall of the substrate tube; and the process comprises depositing reactant products of the at least one chemical reactant on the inner wall of the substrate tube within only a narrow zone upstream of the created isothermal plasma without any deposition occurring within the isothermal plasma and the narrow zone being no greater than 1% of the length of the substrate tube. disposing a silica substrate tube within a resonant coil of a plasma generator; presenting at least one chemical reactant through a first, delivery end of the substrate tube; maintaining internal pressure within the substrate tube to be less than atmospheric pressure; and energizing the resonant coil; characterized in that the resonant coil is energized to create an isothermal plasma of ions and electrons at the same temperature and heating the inner wall of the substrate tube; and the process comprises depositing reactant products of the at least one chemical reactant on the inner wall of the substrate tube within only a narrow zone upstream of the created isothermal plasma without any deposition occurring within the isothermal plasma and the narrow zone being no greater than 1% of the length of the substrate tube.
A device for monitoring physiological parameters of an animal, including an accelerometer for detecting movements of the animal, a microcontroller for processing signals emitted by the accelerometer, a power source, an RF transmitter of the information signals developed by the microcontroller, and software for detecting heat from the animal on the one hand, and the imminence of birth on the other hand, characterized in that the device is suitable for being used, in distinct periods of the lifetime of the animal, and in different locations on the animal, on the one hand to detect heat of the animal, and on the other hand to detect birth, and in that it includes discriminating means for orienting the device upon the detection of heat of the animal or on the detection of the imminence of birth.
Combination comprising a content of an valerian root extract (extract of dry roots of Valeriana officinalis) and lavender oil (oil of blossoms of Lavandula officinalis) for oral use in the treatment or prophylaxis of sleep disorders, wherein the valerian root extract is prepared by extraction with aqueous ethanol or aqueous methanol, wherein ethanol and water are used in a volume ratio of 30/70 to 90/10 or methanol and water are used in a volume ratio of 40/60 to 55/45 in the extraction.
A method of wireless communication of a slave device (706-a), wherein the slave device (706-a) is associated with a first master device and a second master device, wherein the slave device is a user equipment, the first master device includes one of a first macro evolved NodeB, eNB, a first radio resource head, RRH, or a first femto cell, and wherein the second master device includes one of a second eNB, a second RRH, or a second femto cell, the method comprising: receiving, from the first master device, a resource allocation for communicating with the second master device; determining a type of clear channel assessment, CCA, procedure to perform before communicating with the second master device on an unlicensed channel; performing a CCA procedure to obtain a transmission opportunity based on the determining, the CCA procedure being one of an initial CCA, ICCA, procedure or an extended CCA, ECCA, procedure; and transmitting data to the second master device in accordance with the resource allocation on the unlicensed channel when the transmission opportunity is obtained. receiving, from the first master device, a resource allocation for communicating with the second master device; determining a type of clear channel assessment, CCA, procedure to perform before communicating with the second master device on an unlicensed channel; performing a CCA procedure to obtain a transmission opportunity based on the determining, the CCA procedure being one of an initial CCA, ICCA, procedure or an extended CCA, ECCA, procedure; and transmitting data to the second master device in accordance with the resource allocation on the unlicensed channel when the transmission opportunity is obtained.
A power management system, comprising: a direct current to alternating current (DC/AC) converter having a first electrical power interface (EPI 1) and a second EPI (EPI 2); further characterized in that, a switching arrangement having: a common electrical connection, the common electrical connection being configured to be coupled to an electromagnetic machine, a first electrical connection selectably electrically coupled to the common electrical connection, the first electrical connection further being electrically coupled to the second EPI (EPI 2), and a second electrical connection selectably electrically coupled to the common electrical connection, the second electrical connection is electrically coupled to a DC power bus; the first EPI (EPI 1), the second EPI (EPI 2) and the common electrical connection being configurable as electrical power inputs and electrical power outputs. a direct current to alternating current (DC/AC) converter having a first electrical power interface (EPI 1) and a second EPI (EPI 2); further characterized in that, a switching arrangement having: a common electrical connection, the common electrical connection being configured to be coupled to an electromagnetic machine, a first electrical connection selectably electrically coupled to the common electrical connection, the first electrical connection further being electrically coupled to the second EPI (EPI 2), and a second electrical connection selectably electrically coupled to the common electrical connection, the second electrical connection is electrically coupled to a DC power bus; a common electrical connection, the common electrical connection being configured to be coupled to an electromagnetic machine, a first electrical connection selectably electrically coupled to the common electrical connection, the first electrical connection further being electrically coupled to the second EPI (EPI 2), and a second electrical connection selectably electrically coupled to the common electrical connection, the second electrical connection is electrically coupled to a DC power bus; the first EPI (EPI 1), the second EPI (EPI 2) and the common electrical connection being configurable as electrical power inputs and electrical power outputs.
A lock system comprising: a plurality of access points each including a portion movable between an open position and a closed position; a plurality of lock mechanisms (180, 610), each of which is coupled to an associated access point and movable between a locked position in which the associated access point is maintained in the closed position and an unlocked position in which the associated access point is freely movable between the open position and the closed position; a plurality of wireless modules (158, 525) each of which is coupled to an associated lock mechanism (180, 610) and operable to move the associated lock mechanism (180, 610) between the locked position and the unlocked position, each wireless module (158, 525) including a receiver operable in a first mode to periodically listen for a signal and operable in a second mode in response to receipt of the signal to receive data, the first mode consuming a first amount of power that is less than a second amount of power consumed during operation in the second mode; characterized in that the system further comprises a smart warning system including a plurality of smart warning units, each smart warning unit including a transceiver configured to communicate with at least some of the plurality of wireless modules (158, 525) to provide coordinated actuation of each of the lock mechanisms (180, 610) or a subset of the lock mechanisms (180, 610) in a preprogrammed manner. a plurality of access points each including a portion movable between an open position and a closed position; a plurality of lock mechanisms (180, 610), each of which is coupled to an associated access point and movable between a locked position in which the associated access point is maintained in the closed position and an unlocked position in which the associated access point is freely movable between the open position and the closed position; a plurality of wireless modules (158, 525) each of which is coupled to an associated lock mechanism (180, 610) and operable to move the associated lock mechanism (180, 610) between the locked position and the unlocked position, each wireless module (158, 525) including a receiver operable in a first mode to periodically listen for a signal and operable in a second mode in response to receipt of the signal to receive data, the first mode consuming a first amount of power that is less than a second amount of power consumed during operation in the second mode; characterized in that the system further comprises a smart warning system including a plurality of smart warning units, each smart warning unit including a transceiver configured to communicate with at least some of the plurality of wireless modules (158, 525) to provide coordinated actuation of each of the lock mechanisms (180, 610) or a subset of the lock mechanisms (180, 610) in a preprogrammed manner.
A steering gear for a steer-by-wire steering system of a motor vehicle having an electric motor having a motor shaft, wherein the motor shaft drives a spindle of a worm gear and the worm gear comprises a spindle nut in such a manner that a rotational movement originating from the motor shaft is converted into a linear movement of the spindle nut along an axis, characterized in that the spindle nut in order to steer wheels of the motor vehicle is connected to an articulation of a first tie rod via a lever, and that the steering gear comprises a coupling rod which extends parallel with the movement direction of the spindle nut and which transmits the movement of the tie rod which is directly connected to the spindle nut to a second tie rod of the steering system.
A magnetic tunnel junction comprising: a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first magnetic electrode and comprising magnetic reference material; a non-magnetic tunnel insulator material between the first and second magnetic electrodes; and the magnetic recording material of the first magnetic electrode comprising a first crystalline magnetic region comprising Co and Fe and the first magnetic electrode comprising a second amorphous region comprising amorphous XN, where X is one or more of W, Mo, Cr, V, Nb, Ta, Al, and Ti; characterised by the amorphous XN being non stoichiometrically N-rich. a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first magnetic electrode and comprising magnetic reference material; a non-magnetic tunnel insulator material between the first and second magnetic electrodes; and the magnetic recording material of the first magnetic electrode comprising a first crystalline magnetic region comprising Co and Fe and the first magnetic electrode comprising a second amorphous region comprising amorphous XN, where X is one or more of W, Mo, Cr, V, Nb, Ta, Al, and Ti; characterised by the amorphous XN being non stoichiometrically N-rich.
Method for machining a large panel of wood or wood substitutes, comprising the following steps: a. preparing a large panel; b. clamping the panel by means of a first gripping device (2, 21, 22, 23, 24) which is movable in a first direction, by gripping an area of a first edge of the panel; c. removing cut parts along the periphery of the panel by carrying out cutbacks along the periphery of the panel by means of a machining assembly corresponding to a predetermined cutting plan, characterised in that the first gripping device is movable in a second direction and that the panel is clamped in step b. additionally in the region of a second edge of the panel, which is different from the first edge of the panel, by means of a second gripping device (3, 31, 32, 33) which is movable in the first direction and also in the second direction. a. preparing a large panel; b. clamping the panel by means of a first gripping device (2, 21, 22, 23, 24) which is movable in a first direction, by gripping an area of a first edge of the panel; c. removing cut parts along the periphery of the panel by carrying out cutbacks along the periphery of the panel by means of a machining assembly corresponding to a predetermined cutting plan, characterised in that the first gripping device is movable in a second direction and that the panel is clamped in step b. additionally in the region of a second edge of the panel, which is different from the first edge of the panel, by means of a second gripping device (3, 31, 32, 33) which is movable in the first direction and also in the second direction.
A method performed by a station, STA, of a wireless local area network, WLAN, the method comprising: transmitting, from the STA to an access point, AP, an indication of a first traffic priority and an amount of traffic for the indicated traffic priority; receiving a trigger frame, from the AP, subsequent to the transmitting of the indication of the first traffic priority and the amount of traffic for the indicated traffic priority, wherein the trigger frame is a trigger for multi-user, MU, traffic and the trigger frame indicates a second traffic priority and an ACK policy corresponding to an ACK type; in response to receiving the trigger frame, transmitting, by the STA to the AP, at least one aggregated medium access control protocol data unit, A-MPDU, in accordance with the ACK policy, wherein the at least one A-MPDU comprises a plurality of data frames, wherein the plurality of data frames have a priority greater than or equal to the indicated second traffic priority. transmitting, from the STA to an access point, AP, an indication of a first traffic priority and an amount of traffic for the indicated traffic priority; receiving a trigger frame, from the AP, subsequent to the transmitting of the indication of the first traffic priority and the amount of traffic for the indicated traffic priority, wherein the trigger frame is a trigger for multi-user, MU, traffic and the trigger frame indicates a second traffic priority and an ACK policy corresponding to an ACK type; in response to receiving the trigger frame, transmitting, by the STA to the AP, at least one aggregated medium access control protocol data unit, A-MPDU, in accordance with the ACK policy, wherein the at least one A-MPDU comprises a plurality of data frames, wherein the plurality of data frames have a priority greater than or equal to the indicated second traffic priority.
A method of chemically-mechanically polishing a substrate having a silicon carbide comprising surface, comprising: providing a chemical-mechanical polishing slurry composition, comprising: i) a liquid carrier, ii) a plurality of particles having at least a soft surface portion, said soft surface portion comprising a transition metal compound that provides a Mohs hardness ≤ 6 or a Knoop Hardness less than 900 Kg/mm 2, contacting said silicon carbide comprisingsurface with said slurry composition, and moving said slurry composition relative to said silicon carbide comprising surface, wherein at least a portion of said silicon carbide comprising surface is removed, wherein said transition metal compound comprises MnO 2 and MnCl 3. providing a chemical-mechanical polishing slurry composition, comprising: i) a liquid carrier, ii) a plurality of particles having at least a soft surface portion, said soft surface portion comprising a transition metal compound that provides a Mohs hardness ≤ 6 or a Knoop Hardness less than 900 Kg/mm 2, i) a liquid carrier, ii) a plurality of particles having at least a soft surface portion, said soft surface portion comprising a transition metal compound that provides a Mohs hardness ≤ 6 or a Knoop Hardness less than 900 Kg/mm 2, contacting said silicon carbide comprisingsurface with said slurry composition, and moving said slurry composition relative to said silicon carbide comprising surface, wherein at least a portion of said silicon carbide comprising surface is removed, wherein said transition metal compound comprises MnO 2 and MnCl 3.