mhurhangee/ep-ind-claims huggingface dataset:
A cell medium comprising: (a) Sodium chloride at a concentration of between 70 and 150 mM; (b) a neuroactive inorganic salt at a concentration of between 0.000001 and 10 mM, selected from the group consisting of Potassium Chloride, Calcium Chloride, Magnesium Sulfate, Magnesium Chloride, Ferric Nitrate, Zinc sulfate, Cupric sulfate, Ferric sulfate, and combinations thereof; (c) Glycine at a concentration of between 0.0001 and 0.05 mM; (d) L-alanine at a concentration of between 0.0001 and 0.05 mM; and (e) L-serine at a concentration of between 0.001 and 0.03 mM, wherein (a) through (e) are each present at a concentration that maintains the survival and neural functionality of a neural cell cultured in the medium. (a) Sodium chloride at a concentration of between 70 and 150 mM; (b) a neuroactive inorganic salt at a concentration of between 0.000001 and 10 mM, selected from the group consisting of Potassium Chloride, Calcium Chloride, Magnesium Sulfate, Magnesium Chloride, Ferric Nitrate, Zinc sulfate, Cupric sulfate, Ferric sulfate, and combinations thereof; (c) Glycine at a concentration of between 0.0001 and 0.05 mM; (d) L-alanine at a concentration of between 0.0001 and 0.05 mM; and (e) L-serine at a concentration of between 0.001 and 0.03 mM,
A superstructure for dental prostheses, of the type consisting of a bridge with at least three dental elements, of which at least one side or outer anchoring dental element (2,3) serves for anchoring said bridge to the implant or respective stumps (4,5) and at least one intermediate dental element, being in the middle of said bridge with at least three dental elements, wherein said at least an intermediate dental element (8, 13, 14) has an internal emptying or cavity (9, 16, 17) within the thickness of said intermediate dental element of said bridge (2,8,3), wherein said at least one intermediate dental element (8,13,14) has an internal emptying of dental material forming inside said at least one intermediate dental element said cavity (9,16,17), characterized in that said internal cavity (9, 16, 17) of said at least one intermediate dental element (8, 13, 14) has an internal wall provided with reinforcing ribs.
Device for treating particulate material, having a process chamber (20, 128) for receiving and treating the material, having a bottom (16, 106) with numerous through openings through which the process air (21, 121) can be introduced into the process chamber (20, 128), wherein the through openings are designed such that there result two flows (29, 49; 110, 113) of radially opposite orientation, which meet along a circular break-up zone (52, 115) and are deflected upwards, wherein in the break-up zone (52, 115) a treatment medium can be imposed on the material, characterized in that the break-up zone (52, 115) is bounded both radially inwards and radially outwards by a tall circumferential wall (54, 56; 84, 86; 124, 126), which stand above the bottom (16, 106) in each case with a separation.
Air-jet spinning device for manufacturing an air-spun thread from a supplied sliver, comprising - a thread-forming unit, which has a thread-forming element which is arranged in a vortex chamber of a nozzle unit, and - the nozzle unit, which has at least one air nozzle oriented toward the vortex chamber in such a way that an air flow emerging from the air nozzle applies a rotational flow to the sliver, which can be or is fed into the vortex chamber, wherein the thread-forming unit being movable relative to the nozzle unit between a closed operating position, in which the thread-forming unit is in a position relative to the nozzle unit in which the thread-forming element is arranged within the vortex chamber of the nozzle unit, and an open cleaning position of the air-jet spinning device, in which the thread-forming element is guided out of the vortex chamber and is disengaged from the nozzle unit and the interior of the air-jet spinning device is accessible for cleaning, is mounted on a guide element having a guide section such that it can be displaced linearly with respect to the nozzle unit, characterized in that the air-jet spinning device is designed such that, following the opening movement of the thread-forming unit, it can be displaced linearly and/or pivoted in the opened cleaning position with the thread-forming unit and the nozzle unit, in that a drafting system for supplying the sliver is assigned to the air-jet spinning device and the air-jet spinning device is mounted on the drafting system such that it can be displaced and/or pivoted relative to the drafting system in the open cleaning position. - a thread-forming unit, which has a thread-forming element which is arranged in a vortex chamber of a nozzle unit, and - the nozzle unit, which has at least one air nozzle oriented toward the vortex chamber in such a way that an air flow emerging from the air nozzle applies a rotational flow to the sliver, which can be or is fed into the vortex chamber, wherein the thread-forming unit being movable relative to the nozzle unit between a closed operating position, in which the thread-forming unit is in a position relative to the nozzle unit in which the thread-forming element is arranged within the vortex chamber of the nozzle unit, and an open cleaning position of the air-jet spinning device, in which the thread-forming element is guided out of the vortex chamber and is disengaged from the nozzle unit and the interior of the air-jet spinning device is accessible for cleaning, is mounted on a guide element having a guide section such that it can be displaced linearly with respect to the nozzle unit, characterized in that the air-jet spinning device is designed such that, following the opening movement of the thread-forming unit, it can be displaced linearly and/or pivoted in the opened cleaning position with the thread-forming unit and the nozzle unit, in that a drafting system for supplying the sliver is assigned to the air-jet spinning device and the air-jet spinning device is mounted on the drafting system such that it can be displaced and/or pivoted relative to the drafting system in the open cleaning position.
A method for assessing the physiological properties of a compound of interest comprising the steps of feeding a nematode with a nutrient composition comprising a carrier system comprising a vesicle wherein said compound of interest has been trapped in said vesicle, wherein said vesicle presents, on its surface, a tag substance that is chemo-attractive to said nematode, and assessing said physiological properties of said compound of interest in the nematode after uptake, wherein said tag substance is selected from the group consisting of i) bacterial autoinducers, amino acids, nucleotides and vitamins; and ii) a whole bacterium linked to the carrier system by a linker substance. i) bacterial autoinducers, amino acids, nucleotides and vitamins; and ii) a whole bacterium linked to the carrier system by a linker substance.
A storage spool for flexible tubular pipe, comprising, on the one hand, a drum having two opposing circular edges (24, 26) and, on the other hand, two flanges (14, 16) intended to be mounted respectively onto said two opposing circular edges of said drum so as to be able to laterally retain a tubular pipe wound around said drum, each of said flanges (14, 16) having a rim and a hub that are concentric and radially linked together by spokes, characterized in that said flanges (14, 16) and said drum are linked together by the sole link of said spokes of each of said flanges (14, 16) respectively with said circular edges (24, 26), and in that said drum has two coaxial circular elements (30, 32) respectively forming said two circular edges, and a plurality of axial moldings axially linking said circular elements together.
A compound of formula: or a pharmaceutically acceptable salt, solvate, clathrate, or stereoisomer thereof, wherein: Y is C=O; and R 1 is aryl, cycloalkyl, cycloalkylalkyl, heterocyclyl, heterocyclylalkyl, heteroaryl, heteroarylalkyl, arylaminocarbonyl, cycloalkylcarbonyl, heteroarylcarbonyl or heterocyclylcarbonyl; and wherein R 1 is optionally substituted with one or more groups selected from alkoxy, halo, alkyl, carboxy, alkylaminocarbonyl, alkoxycarbonyl, nitro, amine, nitrile, haloalkyl, hydroxy, and alkylsulfonyl. Y is C=O; and R 1 is aryl, cycloalkyl, cycloalkylalkyl, heterocyclyl, heterocyclylalkyl, heteroaryl, heteroarylalkyl, arylaminocarbonyl, cycloalkylcarbonyl, heteroarylcarbonyl or heterocyclylcarbonyl; and wherein R 1 is optionally substituted with one or more groups selected from alkoxy, halo, alkyl, carboxy, alkylaminocarbonyl, alkoxycarbonyl, nitro, amine, nitrile, haloalkyl, hydroxy, and alkylsulfonyl.
Tool turret, with a tool disc which can be brought into optional swivel positions in relation to a stand part, wherein the stand part comprises at least: - a main body,which includes a pivot bearing for the tool disc; - a bearing plate, on which a swivel drive is carried in the form of an electric motor for the tool disc; - a gear unit housing part, which includes a geared connection for a drive of a machining tool; and - a motor plate (23; 56), which forms a support for a further electric motor, which is provided for driving the respective machining tool by means of the geared connection, characterised in that at least main body, the gear unit housing part and the bearing plate and the motor plate (23; 56) are combined into a common, one-piece housing, that insofar as it comprises parts (63, 65, 67, 69) of the drive train for swivelling the tool disc, is configured as a type of housing pot as well as a locking device (17, 19, 21) for releasing and securing the tool disc in defined preselectable swivel positions in relation to the stand part, and that the one-piece housing consists of grey cast iron or aluminium pressure die casting. - a main body,which includes a pivot bearing for the tool disc; - a bearing plate, on which a swivel drive is carried in the form of an electric motor for the tool disc; - a gear unit housing part, which includes a geared connection for a drive of a machining tool; and - a motor plate (23; 56), which forms a support for a further electric motor, which is provided for driving the respective machining tool by means of the geared connection,
A water saving toilet system comprising: a toilet comprising a toilet bowl having an upper portion and a lower portion; at least one valve (211, 311, 312) interposed between a first water source and a second water source and the toilet bowl for controlling at least one volume of water flowing from the first water source and/or the second water source to the toilet bowl; a timing mechanism connected to the at least one valve for controlling an amount of time that the valve allows water to flow from the first water source and/or the second water source to the toilet bowl; and wherein the at least one valve and the timing mechanism cooperate to adjust the flush volume, characterized in that the water saving toilet system is a small unit with two water lines attached directly to it, whereby a first supply valve, in use, provides clean water from the first water source and a second supply valve and a third supply valve, in use, provide grey water from the second water source, whereby the first water source is a clean water source from a mains water supply and the second water source is a grey water source from a household waste water supply, and whereby the timing mechanism is connected to the valves (211, 311, 312) for controlling an amount of time that the valves (211, 311, 312) allow water to flow from the water source (200, 300) to the toilet bowl.
A method for reporting channel status information, CSI, by a user equipment in a wireless communication system, the method comprising: receiving, from a base station, a channel status information-reference signal, CSI-RS, based on CSI-RS configuration information provided from the base station; and reporting, to the base station, the CSI generated based on the CSI-RS, wherein the CSI-RS configuration information includes a plurality of CSI-RS configurations for determining a beamforming of a horizontal domain antenna group of a 2-dimensional antenna structure of the base station, wherein the plurality of CSI-RS configurations are determined based on a beamforming of a vertical domain antenna group, and wherein the beamforming of the vertical domain antenna group is determined based on the reported CSI for the vertical domain antenna group. receiving, from a base station, a channel status information-reference signal, CSI-RS, based on CSI-RS configuration information provided from the base station; and reporting, to the base station, the CSI generated based on the CSI-RS, wherein the CSI-RS configuration information includes a plurality of CSI-RS configurations for determining a beamforming of a horizontal domain antenna group of a 2-dimensional antenna structure of the base station, wherein the plurality of CSI-RS configurations are determined based on a beamforming of a vertical domain antenna group, and wherein the beamforming of the vertical domain antenna group is determined based on the reported CSI for the vertical domain antenna group.
A wireless communication device, comprising: a processor; a memory; a receiver configured to receive an audio signal; a codec configured to decode the audio signal; a dynamic range controller; and a phoneme processor, wherein the phoneme processor is configured to extract acoustic cues from each frame of the decoded audio signal and to identify a phoneme class in the each frame, wherein the dynamic range controller is configured to apply dynamic range compression on the each frame based on the identified phoneme class; a filter bank configured to separate the audio signal into frequency based sub bands, wherein the filter bank is configured to process the audio signal before the audio signal is inputted to the phoneme processor; and wherein the dynamic range controller includes separate compressors for each frequency based sub band and each separate compressor is configured to process a particular frequency sub band and apply a compression on the particular frequency sub band based on an output of an ambient noise estimator and an output of the phoneme processor. a processor; a memory; a receiver configured to receive an audio signal; a codec configured to decode the audio signal; a dynamic range controller; and a phoneme processor, wherein the phoneme processor is configured to extract acoustic cues from each frame of the decoded audio signal and to identify a phoneme class in the each frame, wherein the dynamic range controller is configured to apply dynamic range compression on the each frame based on the identified phoneme class; a filter bank configured to separate the audio signal into frequency based sub bands, wherein the filter bank is configured to process the audio signal before the audio signal is inputted to the phoneme processor; and wherein the dynamic range controller includes separate compressors for each frequency based sub band and each separate compressor is configured to process a particular frequency sub band and apply a compression on the particular frequency sub band based on an output of an ambient noise estimator and an output of the phoneme processor.
A method for painting a surface (S62; S66) of a component with a pattern, said method including at least the following successive steps consisting in: a) applying a first coating product on at least a portion of the surface, b) automatically applying at least one portion (122, 124, 126) of a mask on a portion of the surface, the mask being at least partially applied in the form of at least one layer (122, 124, 126) of non-atomized fluid, the layer being obtained by moving an applicator delivering the non-atomized fluid along a portion (Z62; 64) of the surface where the mask is to be applied, c) applying (1018; 1022) a second coating product on at least a portion of the surface without mask and d) removing the mask. a) applying a first coating product on at least a portion of the surface, b) automatically applying at least one portion (122, 124, 126) of a mask on a portion of the surface, the mask being at least partially applied in the form of at least one layer (122, 124, 126) of non-atomized fluid, the layer being obtained by moving an applicator delivering the non-atomized fluid along a portion (Z62; 64) of the surface where the mask is to be applied, c) applying (1018; 1022) a second coating product on at least a portion of the surface without mask and d) removing the mask.
Garment for motorcyclists comprising a panel formed by two elastic inserts, each elastic insert having a first portion, positioned underneath the respective armpit, along the side of the upper portion of the trunk, and a second portion, inclined upwards over the respective shoulder blade, and by an elastic band, crosswise positioned along the bottom portion of the back, characterized in that the two elastic inserts are connected to the elastic band by means of at least one not-stretchable element, running along the sides of the torso, and in that the garment comprises two further stretchable pieces, each stretchable piece running along the inner side of the sleeve from the wrist up to the armpit and being provided with an extension extending along the adjacent side of the upper portion of the trunk and joined to the first portion of the adjacent elastic insert.
Combine harvester comprising a header, a first sensor adapted to measure a first parameter indicating soil deformation and comprising a second sensor adapted to measure a second parameter indicating wheel slip, the combine being adapted to provide a first output of the first sensor and a second output of the second sensor to a controller configured to determine a ground bearing capacity based on a combination of the first output and the second output characterized in that the header comprises at least one further sensor adapted to measure a further parameter related to the ground bearing capacity, the header being adapted to provide a further output of the at least one further sensor to the controller and wherein the at least one further sensor comprises multiple sensors distributed over the width of the header at intermitting distances.
A fragrance diffuser for motor vehicle interiors, of the type comprising an elongated support body, a refill of a fragrance-impregnated plastic material fixed to a fastening base of said support body, and an elastic clamp to hook the diffuser onto a motor vehicle ventilation system grid, characterized in that said fastening base comprises a rib longitudinally extending almost the entire length of said support body length and retaining by friction said refill of a fragrance-impregnated plastic material which at least partially surrounds said rib so that refill has a longitudinal degree of freedom.
A battery charging circuit comprising: a system power node for a connection to an external power supply; a battery node for a connection to a battery; a comparator circuit connected to detect a voltage difference between the system power node and the battery node; a first detection circuit operable to produce a first signal indicative of a current flow into the battery, wherein the first detection circuit is an analog circuit; a second detection circuit operable to produce a second signal indicative of the current flow into the battery, wherein the second detection circuit comprises digital circuitry; and a battery switch connected between the system power node and the battery node, the battery switch having an ON state and an OFF state, wherein the battery node is electrically connected to the system power node when the battery switch is in the ON state and electrically disconnected from the system power node when the battery switch is in the OFF state, the battery switch being in the ON state based on the voltage difference between the system power node and the battery node detected by the comparator, the battery switch being in the OFF state when the first detection circuit produces the first signal or when the second detection circuit produces the second signal; and wherein the first detector circuit has a first lower detection limit and the second detector circuit has a second lower detection limit that is less than the first lower detection limit, wherein the first detector circuit has a detection time that is faster than a detection time of the second detector circuit. a system power node for a connection to an external power supply; a battery node for a connection to a battery; a comparator circuit connected to detect a voltage difference between the system power node and the battery node; a first detection circuit operable to produce a first signal indicative of a current flow into the battery, wherein the first detection circuit is an analog circuit; a second detection circuit operable to produce a second signal indicative of the current flow into the battery, wherein the second detection circuit comprises digital circuitry; and a battery switch connected between the system power node and the battery node, the battery switch having an ON state and an OFF state, wherein the battery node is electrically connected to the system power node when the battery switch is in the ON state and electrically disconnected from the system power node when the battery switch is in the OFF state, the battery switch being in the ON state based on the voltage difference between the system power node and the battery node detected by the comparator, the battery switch being in the OFF state when the first detection circuit produces the first signal or when the second detection circuit produces the second signal; and
A rotation-blocking device comprising a stator, a rotor mounted to pivot about a pivot axis, at least one blocking element (4, 40) mounted between the stator and the rotor to be movable between a position of interaction with the rotor and the stator and a position retracted relative to the rotor, and actuator means for actuating the blocking element between these two positions, the device being characterized in that the actuator means comprise a coil that is wound on the stator around an axis coaxial with the rotor and that is connected to a control unit for powering the coil in such a manner as to create a magnetic field, and in that the blocking element (4, 40) is made of material that is sensitive to the magnetic field in such a manner that powering the coil causes the blocking element to move towards one of its positions.
A cold tolerant organism; wherein the organism is a Vibrio natriegens and comprises a heterologous nucleotide sequence encoding any one or more of: a) an alkyl hydroperoxide reductase operon under the control of an exogenous promoter and operable in Vibrio sp., or b) a catalase gene under the control of an exogenous promoter and operable in Vibrio sp., or c) a glutathione S-transferase gene under the control of an exogenous promoter and operable in Vibrio sp. a) an alkyl hydroperoxide reductase operon under the control of an exogenous promoter and operable in Vibrio sp., or b) a catalase gene under the control of an exogenous promoter and operable in Vibrio sp., or c) a glutathione S-transferase gene under the control of an exogenous promoter and operable in Vibrio sp.