mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a relay operation by an entity of a wireless LAN, WLAN, system, the method comprising: transmitting a frame to a non access point, non-AP, station, STA, the frame including information indicating whether the entity is a relay access point, AP, or a root AP, wherein, if the entity is the relay AP, the frame further includes a Medium Access Control, MAC, address of the root AP associated with the entity and the entity is operated as the relay AP for the non-AP STA and is operated as an STA connected to the root AP, wherein the relay AP serves as an AP, and the entity, as an AP, performing an association process with the non-AP STA, wherein the entity is associated with the non-AP STA based on the association process, and wherein a MAC Service Data Unit, MSDU, received from the non-AP STA is forwarded by the entity to the root AP associated with the entity through a MAC Protocol Data Unit, MAC PDU, of an Aggregate-MSDU, A-MSDU, format frame that includes a plurality of MSDUs. transmitting a frame to a non access point, non-AP, station, STA, the frame including information indicating whether the entity is a relay access point, AP, or a root AP, wherein, if the entity is the relay AP, the frame further includes a Medium Access Control, MAC, address of the root AP associated with the entity and the entity is operated as the relay AP for the non-AP STA and is operated as an STA connected to the root AP, wherein the relay AP serves as an AP, and the entity, as an AP, performing an association process with the non-AP STA, wherein the entity is associated with the non-AP STA based on the association process, and wherein a MAC Service Data Unit, MSDU, received from the non-AP STA is forwarded by the entity to the root AP associated with the entity through a MAC Protocol Data Unit, MAC PDU, of an Aggregate-MSDU, A-MSDU, format frame that includes a plurality of MSDUs.
Method for controlling a railway vehicle having a double drive system, each drive system comprising an internal combustion engine and a transmission unit, in which a target drive torque (M) is predefined as a desired power via a drive lever, in which an actual drive torque (M) of the railway vehicle is determined, a drive torque deviation (dM) is calculated from target drive torque (M) relative to actual drive torque (M), in which a prediction drive type is determined and, depending on the drive torque deviation (dM) and the prediction drive type, a target drive type (AA) in the sense of a single or double drive, a target operating point (BP) and a target transmission stage (US) of the transmission units are defined by a traction manager, characterized in that in the steady state, the internal combustion engine provided for the forward drive is set to an operating point close to the full-load curve, and the other internal combustion engine is set to an operating point close to the idling speed.
A support system for a board with surface configured for writing comprising: a tripod, which includes three legs, at least three tethers and a connector, wherein a first end of each tether is connected to a leg of the tripod and a second end of each tether is connected to the connector; a tray, which includes at least one connection element to the tripod; two supports, wherein each one of said supports is connected to a leg of the tripod and is configured for the lower support of said board with surface configured for writing; a clamp, which includes a trough and at least one notched trough, wherein the clamp is configured to connect with said board with surface configured for writing by way of the trough; and a guide rail, which is configured to connect to the notched trough of said clamp; and wherein a nipple is connected onto a leg of the tripod, wherein said nipple comprises a horizontal entrance, which is configured for connecting with the first end of the tether by way of a first fastening device, for example a screw or a spring; and wherein each leg of the tripod is connected to a nipple and wherein each nipple is connected with a first end of the tether and with a wheel. a tripod, which includes three legs, at least three tethers and a connector, wherein a first end of each tether is connected to a leg of the tripod and a second end of each tether is connected to the connector; a tray, which includes at least one connection element to the tripod; two supports, wherein each one of said supports is connected to a leg of the tripod and is configured for the lower support of said board with surface configured for writing; a clamp, which includes a trough and at least one notched trough, wherein the clamp is configured to connect with said board with surface configured for writing by way of the trough; and a guide rail, which is configured to connect to the notched trough of said clamp; and wherein a nipple is connected onto a leg of the tripod, wherein said nipple comprises a horizontal entrance, which is configured for connecting with the first end of the tether by way of a first fastening device, for example a screw or a spring; and wherein each leg of the tripod is connected to a nipple and wherein each nipple is connected with a first end of the tether and with a wheel.
Sensor for sensing the presence of at least one fluidum in a space adjoining the sensor, comprising a 2DEG (two-Dimensional Electron Gas) layer stack, a gate lying adjacent to at least part of the 2DEG layer stack for electrostatically controlling electron density of a 2DEG in the 2DEG layer stack and a source electrode contacting the 2DEG layer stack for electrically contacting the 2DEG, the 2DEG layer stack comprising a contact surface contacting the space and provided to contact molecules of the fluidum which are desired to be detected, wherein the gate comprises a doped semiconductor bottom layer of the 2DEG layer stack in electrical contact with at least one gate electrode, the doped semiconductor bottom layer being located at a side of the 2DEG layer stack opposing the contact surface, wherein the 2DEG comprises a GaN/AIGaN hetero-junction, characterized in that the AIGaN layer forms the contact surface.
Volasertib or a pharmaceutically acceptable salt thereof or a hydrate thereof for the use in treating solid malignancies including advanced or metastatic solid malignancies, characterized by administration of 50 to 200 mg Volasertib or a pharmaceutically acceptable salt thereof or a hydrate thereof at two days during a 21 day treatment cycle.
Multilayered system comprising a substrate being transparent for at least one wavelength in the range of visible wavelengths of electromagnetic radiation, a first coating layer for blocking radiation in the ultraviolet wavelength range of electromagnetic radiation and comprising at least zinc oxide and a second coating layer for blocking radiation in the infrared wavelength range of electromagnetic radiation and comprising at least one of a transparent conductive oxide being transparent in the range of visible wavelengths of electromagnetic radiation an intermediate layer comprising tin oxide characterized in that the first coating layer is arranged directly on the substrate and the intermediate layer is arranged directly on the first coating layer and the second coating layer is arranged directly on the intermediate layer and an antireflective layer is arranged directly on top of the second coating layer. a substrate being transparent for at least one wavelength in the range of visible wavelengths of electromagnetic radiation, a first coating layer for blocking radiation in the ultraviolet wavelength range of electromagnetic radiation and comprising at least zinc oxide and a second coating layer for blocking radiation in the infrared wavelength range of electromagnetic radiation and comprising at least one of a transparent conductive oxide being transparent in the range of visible wavelengths of electromagnetic radiation an intermediate layer comprising tin oxide characterized in that the first coating layer is arranged directly on the substrate and the intermediate layer is arranged directly on the first coating layer and the second coating layer is arranged directly on the intermediate layer and an antireflective layer is arranged directly on top of the second coating layer.
A power-assisted wheel detachably mountable on a wheelchair, comprising: an axle to be supported on a frame of the wheelchair; a motor mounted on the axle; a hub including a wheel hub mounted on the axle and a handrim base section supported displaceably relative to the wheel hub; and a rotational displacement detection mechanism configured to detect a rotational displacement of the handrim base section relative to the wheel hub and having a center of rotation coinciding with an axle center of the motor, characterized in that the rotational displacement detection mechanism includes a core member which has a magnetized section, a magnet, and a detection element (44, 44a, 44b) to detect magnetism generated by the magnetized section magnetized with an intensity corresponding to a displacement amount in the rotating direction relative to the magnet; and one of the core member and the magnet is mounted on the wheel hub (33; 383) and the other is mounted on the handrim base section. an axle to be supported on a frame of the wheelchair; a motor mounted on the axle; a hub including a wheel hub mounted on the axle and a handrim base section supported displaceably relative to the wheel hub; and a rotational displacement detection mechanism configured to detect a rotational displacement of the handrim base section relative to the wheel hub and having a center of rotation coinciding with an axle center of the motor, characterized in that the rotational displacement detection mechanism includes a core member which has a magnetized section, a magnet, and a detection element (44, 44a, 44b) to detect magnetism generated by the magnetized section magnetized with an intensity corresponding to a displacement amount in the rotating direction relative to the magnet; and one of the core member and the magnet is mounted on the wheel hub (33; 383) and the other is mounted on the handrim base section.
An isolated DNA coding for a recombinant β-hexosyl-transferase (rBHT) protein having the amino acid sequence set forth in SEQ ID NO. 12, 14, or 20, preferably having the amino acid sequence set forth in SEQ ID NO. 12 or 14.
A device for measuring an aerosol concentration in a gaseous medium, comprising (i) a measurement cell with a housing with an entry opening and an exit opening, (ii) an oscillating beam, which can be excited to oscillate, (iii) an excitation device to excite the oscillating beam to oscillations, (iv) a device for generating a gas flow of the gaseous medium through the measuring device and (v) a measurement installation for determining a resonance frequency of the oscillating beam, (vi) wherein the excitation device features an electrothermic element which excites the oscillating beam to oscillations when an oscillating voltage is applied to the electrothermal element, characterised by the fact that (vii) the surface of the oscillating beam features a nanostructure which consists of nanocolumns arranged on the surface of the oscillating beam and that (viii) the nanocolumns are arranged in a grid of 500 nm and have a diameter of 300 nm and a height of 1 - 2 μm. (i) a measurement cell with a housing with an entry opening and an exit opening, (ii) an oscillating beam, which can be excited to oscillate, (iii) an excitation device to excite the oscillating beam to oscillations, (iv) a device for generating a gas flow of the gaseous medium through the measuring device and (v) a measurement installation for determining a resonance frequency of the oscillating beam, (vi) wherein the excitation device features an electrothermic element which excites the oscillating beam to oscillations when an oscillating voltage is applied to the electrothermal element, (vii) the surface of the oscillating beam features a nanostructure which consists of nanocolumns arranged on the surface of the oscillating beam and that (viii) the nanocolumns are arranged in a grid of 500 nm and have a diameter of 300 nm and a height of 1 - 2 μm.
A fan module comprising: a housing defining a hollow interior configured to house a fan; a frame piece coupled to the housing; a locking body (40A, 40B) positioned between the housing and the frame piece, and moveable between a locked position and an unlocked position; and a lever coupled to the frame piece and moveable between a first position and a second position, wherein movement of the lever from the first position to the second position causes the locking body (40A, 40B) to move from the locked position to the unlocked position, and wherein, in the locked position, a bottom end of the locking body (40A, 40B) is positioned below a lower edge of the housing, and extends through a locking aperture defined in a floor of a chassis to lock the fan module into the chassis. a housing defining a hollow interior configured to house a fan; a frame piece coupled to the housing; a locking body (40A, 40B) positioned between the housing and the frame piece, and moveable between a locked position and an unlocked position; and a lever coupled to the frame piece and moveable between a first position and a second position, wherein movement of the lever from the first position to the second position causes the locking body (40A, 40B) to move from the locked position to the unlocked position, and wherein, in the locked position, a bottom end of the locking body (40A, 40B) is positioned below a lower edge of the housing, and extends through a locking aperture defined in a floor of a chassis to lock the fan module into the chassis.
Chelate resin containing functional groups of the formula which are bonded to the polymer skeleton of the chelate resin via the methylene group via an aromatic radical, where the polymer skeleton has been prepared from monovinylaromatic and polyvinylaromatic monomers and X is any monovalent anion, with n = 0.60 to 1.50 per aromatic radical and m = 0.70 to 1..20 per nitrogen atom. which are bonded to the polymer skeleton of the chelate resin via the methylene group via an aromatic radical, where the polymer skeleton has been prepared from monovinylaromatic and polyvinylaromatic monomers and X is any monovalent anion, with n = 0.60 to 1.50 per aromatic radical and m = 0.70 to 1..20 per nitrogen atom.
An information processing device comprising a noise suppression means for suppressing noise included in an inputted deteriorated audio signal, the noise suppression being performed for each frequency component of the deteriorated audio signal, wherein: said noise suppression means includes: a first output means for outputting known-noise information using noise information stored in advance, in order to suppress known noise having known characteristics; and a second output means for outputting unknown-noise information by estimating unknown noise having unknown characteristics, in order to suppress said unknown noise; a mixing means for calculating a first gain with respect to said known-noise information and a second gain with respect to said unknown-noise information, and mixing them to obtain a resulting gain; and a suppression means for performing noise suppression by multiplying said deteriorated audio signal by the resulting gain supplied from the mixing means. said noise suppression means includes: a first output means for outputting known-noise information using noise information stored in advance, in order to suppress known noise having known characteristics; and a second output means for outputting unknown-noise information by estimating unknown noise having unknown characteristics, in order to suppress said unknown noise; a mixing means for calculating a first gain with respect to said known-noise information and a second gain with respect to said unknown-noise information, and mixing them to obtain a resulting gain; and a suppression means for performing noise suppression by multiplying said deteriorated audio signal by the resulting gain supplied from the mixing means. a first output means for outputting known-noise information using noise information stored in advance, in order to suppress known noise having known characteristics; and a second output means for outputting unknown-noise information by estimating unknown noise having unknown characteristics, in order to suppress said unknown noise; a mixing means for calculating a first gain with respect to said known-noise information and a second gain with respect to said unknown-noise information, and mixing them to obtain a resulting gain; and a suppression means for performing noise suppression by multiplying said deteriorated audio signal by the resulting gain supplied from the mixing means.
A method comprising: removing heat from a first space proximate to a first load using a refrigerant from a flash tank; removing heat from a second space proximate to a second load using the refrigerant from the flash tank; removing heat from the refrigerant using a high side heat exchanger; storing the refrigerant from the high side heat exchanger in the flash tank; discharging the flash gas from the flash tank; removing heat from the flash gas using a thermal storage tank when a power outage is determined to be occurring, compressing the refrigerant from the first load using a first compressor; compressing the refrigerant from the second load and the first compressor using a second compressor; when a power outage is determined not to be occurring: directing the refrigerant from the flash tank to the thermal storage tank; transferring heat from the thermal storage tank to the refrigerant; and directing the refrigerant from the thermal storage tank to the second compressor. removing heat from a first space proximate to a first load using a refrigerant from a flash tank; removing heat from a second space proximate to a second load using the refrigerant from the flash tank; removing heat from the refrigerant using a high side heat exchanger; discharging the flash gas from the flash tank; removing heat from the flash gas using a thermal storage tank when a power outage is determined to be occurring, compressing the refrigerant from the first load using a first compressor; compressing the refrigerant from the second load and the first compressor using a second compressor; when a power outage is determined not to be occurring: directing the refrigerant from the flash tank to the thermal storage tank; transferring heat from the thermal storage tank to the refrigerant; and directing the refrigerant from the thermal storage tank to the second compressor. directing the refrigerant from the flash tank to the thermal storage tank; transferring heat from the thermal storage tank to the refrigerant; and directing the refrigerant from the thermal storage tank to the second compressor.
Smudge pot for protecting agricultural crops against frost, having a container and a fuel accommodated in the container and a wick for the fuel, characterized in that the container has a candle body which is inserted into the container in a refillable manner and can be melted by the ignited wick, wherein the candle body, which is refillably inserted into the container, is provided with a wick which extends in a star-shaped or cross-shaped manner over the flame-facing surface of the candle body and forms radially outwardly open sectors of the candle body, and by means of a cross-section of the candle body deviating from the clear inner cross-section of the container, at least in the region of a sector of the candle body lying between two outer wick end edges, a receiving space for molten fuel arranged between the candle body and the container is formed. and a fuel accommodated in the container and a wick for the fuel, characterized in that the container has a candle body which is inserted into the container in a refillable manner and can be melted by the ignited wick, wherein the candle body, which is refillably inserted into the container, is provided with a wick which extends in a star-shaped or cross-shaped manner over the flame-facing surface of the candle body and forms radially outwardly open sectors of the candle body, and by means of a cross-section of the candle body deviating from the clear inner cross-section of the container, at least in the region of a sector of the candle body lying between two outer wick end edges, a receiving space for molten fuel arranged between the candle body and the container is formed.
A hood for a mounting member of a detachable ball neck with which mounting member the detachable ball neck can be fixed in a receiver being fixedly mounted on a car, wherein said hood is formed of plastic material, wherein the hood is closed at a first end and extends from said first end to a second end thereby encompassing an interior space, wherein said hood is provided with side walls extending from said first end to said second end and thereby enclosing said interior space, and wherein said second end is provided with an access opening through which said mounting member can be inserted into said interior space, wherein said access opening is the only opening through which said interior space is accessible for said mounting member, and wherein said hood is provided with ribs (122, 126, 142) extending in said interior space and arranged to abut on said mounting member when inserted into said interior space, wherein said ribs (122, 126, 142) have contoured sections adapted to an outer contour of said mounting member to be inserted into said interior space, wherein said ribs (122, 126) provide a free space between said hood body and said pin portion of said mounting member.
Mobile part having a roller bearing unit, in particular a mobile part having a swivel caster, wherein a roller, in particular a caster, is rotatably mounted in a swivel unit which is mounted via a rotary bearing (28, 29, 30) on a frame of the mobile part, in particular wherein the axes of rotation of the two rotary bearings are oriented perpendicular to one another, in particular wherein the axis of rotation of the rotary bearing (28, 29, 30) for swivelling is oriented parallel to the normal direction of the running surface of the mobile part, said running surface being contacted by the roller, characterized in that a drum brake (10, 11) is formed on the roller, wherein the actuation of the drum brake can be brought about by an electromagnet (3, 7, 31) which is connected to the frame of the mobile part, wherein the drum brake can be actuated by the electromagnet via a wedge gear (9, 18, 19, 20).