mhurhangee/ep-ind-claims huggingface dataset:
A communication method performed by a user equipment in a coordinated multipoint, CoMP, system, UE, the method comprising: receiving a radio resource control, RRC, signaling including information of Channel State Information Reference Signal, CSI-RS, resource sets; receiving Downlink Control Information, DCI, on a physical downlink control channel, PDCCH, a control field value of the DCI indicating a first CSI-RS resource set among the CSI-RS resource sets; performing channel estimation based on the first CSI-RS resource set, wherein the UE assumes that a CSI-RS detected in the first CSI-RS resource set is quasi co-located with a demodulation-reference signal, DM-RS, used for demodulating a physical downlink shared channel, PDSCH; and obtaining data using radio resources on the PDSCH based on a result of the channel estimation. receiving a radio resource control, RRC, signaling including information of Channel State Information Reference Signal, CSI-RS, resource sets; receiving Downlink Control Information, DCI, on a physical downlink control channel, PDCCH, a control field value of the DCI indicating a first CSI-RS resource set among the CSI-RS resource sets; performing channel estimation based on the first CSI-RS resource set, wherein the UE assumes that a CSI-RS detected in the first CSI-RS resource set is quasi co-located with a demodulation-reference signal, DM-RS, used for demodulating a physical downlink shared channel, PDSCH; and obtaining data using radio resources on the PDSCH based on a result of the channel estimation.
An elastic monofilm having a film thickness between 20 μm and 100 μm comprising an asymmetric styrene diene triple-block copolymer having a fraction between 30 wt.% and 90 wt.% as first polymer substance A and comprising a second polymer substance B, characterized in that polystyrene having a fraction between 8 wt.% and 40 wt.% is provided as second polymer substance B and that the ratio of polymer substance A to polymer substance B is between 3:1 and 6:1.
An aerosol generating device comprising: a substrate receiving cavity configured to receive an aerosol-forming substrate; an internal heater positioned within the substrate receiving cavity; and an external heater (24, 26) positioned on a perimeter of the substrate receiving cavity; characterised by a controller configured to control a supply of power to the internal heater or to the external heater (24, 26), or to both the internal heater and the external heater, so that the external heater has a lower temperature than the internal heater. a substrate receiving cavity configured to receive an aerosol-forming substrate; an internal heater positioned within the substrate receiving cavity; and an external heater (24, 26) positioned on a perimeter of the substrate receiving cavity; characterised by a controller configured to control a supply of power to the internal heater or to the external heater (24, 26), or to both the internal heater and the external heater, so that the external heater has a lower temperature than the internal heater.
Hand-held vacuum cleaner, comprising - a housing body which has a drive unit and a suction material container and which has a first housing body connecting piece which is arranged at a first device body end, and a second housing body connecting piece which is arranged at a second device body end opposite the first device body end, - a handle, - a suction pipe having a tubular opening at a first suction pipe end and a suction pipe connecting piece at a second suction pipe end opposite the first suction pipe end, and - a floor nozzle, wherein the first housing body connecting piece can be releasably connected to the first suction pipe end and the floor nozzle, the second housing body connecting piece can be releasably connected to the first suction pipe end and the handle, and the suction pipe connecting piece can be releasably connected to the handle and the floor nozzle. - a housing body which has a drive unit and a suction material container and which has a first housing body connecting piece which is arranged at a first device body end, and a second housing body connecting piece which is arranged at a second device body end opposite the first device body end, - a handle, - a suction pipe having a tubular opening at a first suction pipe end and a suction pipe connecting piece at a second suction pipe end opposite the first suction pipe end, and - a floor nozzle,
System for detecting the locked and/or functional state of a safety belt system associated with a seat of a motor vehicle, comprising a belt lock, secured to the vehicle or to the seat, for releasably securing a belt tongue, associated with a safety belt, when the belt tongue is introduced from an open position into a locked position (8, 9), a first and a second RFID transponder (15, 16) arranged at a fixed position in the belt lock, an RFID reading unit arranged outside the belt lock and connected to an evaluation unit, and a screening element, provided in the belt lock, for screening electromagnetic waves (20, 21, 22) that is displaceable from a first position into a second position when the belt tongue moves from its open position into the locked position, characterized in that the screening element has a first opening that overlaps the first transponder in the first position of the screening element, wherein a signal connection between the first transponder and the RFID reading unit is ensured in this position, in that the screening element has a second opening that overlaps the second transponder in the second position of the screening element, wherein a signal connection between the second transponder and the RFID reading unit is ensured in this position and wherein the second position corresponds to a state in which the belt tongue is locked in the belt lock, in that the first and second transponders (15, 16) at least partially overlap the first and second openings (35, 36), respectively, when the screening element is in an intermediate position between the first and second positions (25, 26), and in that the evaluation unit is configured to use the information transmitted from the transponders (15, 16) to the RFID reading unit to perform a system rating with regard to the locked and/or functional state, wherein in the intermediate position of the screening element there is a signal connection between the RFID reading unit and the first and second RFID transponders (15, 16) and the evaluation unit is configured to perform a system rating to the effect that the belt tongue is between the open and locked positions (8, 9).
A continuous casting and continuous forging forming process for an aluminum wheel, comprising low-pressure filling and extrusion forging, wherein the process comprises the steps of feeding molten aluminum alloy into a mold until the cavity is full, and holding a low pressure for a period of time; lowering a side mold locking ring and a center mold locking taper to completely seal the molten aluminum alloy in the mold cavity, removing the low air pressure in a holding furnace, opening forced water cooling on two sides of corresponding spokes of top and bottom molds, and after the temperatures of the top and bottom molds are in a liquid-solid coexistence state of the molten aluminum alloy, lowering a top pressure module to implement extrusion deformation strengthening, until the molten aluminum alloy is completely crystallized and solidified; and opening the mold to take the casting out; wherein the mold locking ring is fitted with the four side molds through an oblique tapered surface with a tapered angle of 10° to 15°, the center mold locking taper is fitted with a center sprue through an oblique tapered surface with a tapered angle of 0° to 5°, the temperatures of the top and bottom molds in the liquid-solid coexistence state of the aluminum alloy are 570 °C to 610 °C, the lowering speed of the bottom mold pressure module can be divided into first low-speed pressurization and then high-speed pressurization, the advancing speed of the low-speed pressurization stage is set to 0 to 0.2 mm/s, and the advancing speed of the high-speed pressurization stage is set to 0.5 to 0.8 mm/s. the mold locking ring is fitted with the four side molds through an oblique tapered surface with a tapered angle of 10° to 15°, the center mold locking taper is fitted with a center sprue through an oblique tapered surface with a tapered angle of 0° to 5°, the temperatures of the top and bottom molds in the liquid-solid coexistence state of the aluminum alloy are 570 °C to 610 °C, the lowering speed of the bottom mold pressure module can be divided into first low-speed pressurization and then high-speed pressurization, the advancing speed of the low-speed pressurization stage is set to 0 to 0.2 mm/s, and the advancing speed of the high-speed pressurization stage is set to 0.5 to 0.8 mm/s.
A wireless local area network data transmission method, comprising: sending, by a first station, STA, respective preambles and data on a communication channel to a second STA, wherein the communication channel comprises a primary channel, one or more idle secondary channels and at least one unavailable secondary channel, wherein the respective preambles and data are sent on the primary channel and some or all of the idle secondary channels, and a bandwidth, BW, sub-field in the preamble is set to a value that indicates a complete bandwidth of the communication channel and that indicates skipping preamble puncturing.
A filter device having a filter element for filtering a liquid or gaseous fluid, wherein the filter element features a filter medium body enclosing an internal flow chamber, and at least one end disc disposed, relative to a longitudinal axis of the filter medium body, on a front face thereof, having a filter basic housing for receiving the filter element and having a mounting component for mounting and dismounting the filter element in the filter basic housing, wherein the mounting component is connectable to the end disc and additionally to the filter basic housing via a rotational motion about the longitudinal axis, characterized in that at least one form-fit element is disposed on the mounting component and can be brought into an axial form-fit connection with a counter form-fit locking element, which is disposed on the end disc or on a component on the end disc, while at the same time being freely rotatable in the direction of rotation around the longitudinal axis, wherein the counter form-fit locking element is designed as a circumferential form-fit collar, into which at least one gate-shaped insertion bevel is provided for inserting the form-fit element on the mounting component.
A method for characterizing effect pigment spots in images of a layer, the method comprising the steps of: a) forming one or more point clouds of effect pigment spots, each point in the point clouds being defined by at least three device-independent color coordinates of an effect pigment spot: i) a first and a second linearly projected chromaticity coordinates, and ii) a lightness-related value; b) computing a distance of the one or more point clouds to one or more reference point clouds, wherein the one or more reference point clouds are formed using the same color coordinates as the one or more point clouds of effect pigment spots, and wherein each reference point cloud is associated with a reference effect pigment; c) selecting the reference point cloud with shortest distance; and d) characterizing the effect pigment spots in the one or more point clouds as belonging to the reference effect pigment associated with the selected reference point cloud. a) forming one or more point clouds of effect pigment spots, each point in the point clouds being defined by at least three device-independent color coordinates of an effect pigment spot: i) a first and a second linearly projected chromaticity coordinates, and ii) a lightness-related value; i) a first and a second linearly projected chromaticity coordinates, and ii) a lightness-related value; b) computing a distance of the one or more point clouds to one or more reference point clouds, wherein the one or more reference point clouds are formed using the same color coordinates as the one or more point clouds of effect pigment spots, and wherein each reference point cloud is associated with a reference effect pigment; c) selecting the reference point cloud with shortest distance; and d) characterizing the effect pigment spots in the one or more point clouds as belonging to the reference effect pigment associated with the selected reference point cloud.
Microfluidic device for separating, fractionating, or preconcentrating analytes contained in an electrolyte having at least two reservoirs separated by at least one microchannel and/or nanochannel, wherein: - said at least one microchannel and/or nanochannel has a planar geometry, - at least part of the upper and/or lower wall of the microchannel is made of and/or coated interiorly with a conducting and polarizable material or group of materials constituting a polarizable interface or interface network, - at least one electrode or at least one electrode network is connected at at least one point of the polarizable material or group of materials, - the conductive and polarizable material or group of materials has a polarizability window being at least 0.5 V for cathodic and anodic reactions, - the surface electrical conductance of said interface or interface network being equal to at least 100 nS. - said at least one microchannel and/or nanochannel has a planar geometry, - at least part of the upper and/or lower wall of the microchannel is made of and/or coated interiorly with a conducting and polarizable material or group of materials constituting a polarizable interface or interface network, - at least one electrode or at least one electrode network is connected at at least one point of the polarizable material or group of materials, - the conductive and polarizable material or group of materials has a polarizability window being at least 0.5 V for cathodic and anodic reactions, - the surface electrical conductance of said interface or interface network being equal to at least 100 nS.
A noise reduction baffle for a vehicular fluid tank, the noise reduction baffle comprising a flange and a spring clip mounted on said flange, wherein said spring clip comprises resilient members configured to engage at least one fixing element mountable on the tank and protruding, when mounted, inside the tank and characterized in that said spring clip comprises resilient spacers arranged to push, when mounted, against an inner surface of said tank in order to apply tension to said at least one fixing element.
Machine tool, in particular hand-held machine tool, preferably angle grinder, which has a tool receptacle device which is rotatable about a drive output axis, wherein this tool receptacle device is specified to hold a tool device, in particular an insert tool, on the machine tool in such a manner that the drive output axis and a tool rotation axis (a) coincide, wherein the tool receptacle device has at least one entrainment device and a clamping device which is movable relative to the entrainment device, wherein this entrainment device for transmitting a driving force to the tool device has at least one torque transmission region disposed at a spacing from this drive output axis, characterized in that the entrainment device and the clamping device are provided to penetrate a clearance of the tool device, which extends in particular through the entire material thickness of the tool device, and to clamp the tool device by means of the clamping device which is movable in the radial direction to the drive output axis, wherein the entrainment device is provided to guide the clamping device of the tool receptacle device in a movement proceeding from a releasing state to a fastening state, or vice versa.
A method comprising: detecting, by a position sensor, data indicating a position of a door closer assembly, wherein at least a portion of the position sensor is positioned within the door closer assembly and the door closer assembly is located on an entryway device; transmitting the detected data to a processing device (134, 152); evaluating, by the processing device (134, 152), the detected data in view of one or more sets of reference data, the one or more sets of reference data corresponding to one or more locations of the door closer assembly; determining, based on the evaluation of the detected data and the one or more sets of reference data, a current location of the door closer assembly; monitoring a position and a displacement of the entryway device; characterized in transmitting data obtained by the position sensor to a component within a lock set device; at least a portion of the lock set device being located on the same entryway device as the door closer assembly; and calibrating a sensor located within the lock set device using the detected data obtained by the position sensor. detecting, by a position sensor, data indicating a position of a door closer assembly, wherein at least a portion of the position sensor is positioned within the door closer assembly and the door closer assembly is located on an entryway device; transmitting the detected data to a processing device (134, 152); evaluating, by the processing device (134, 152), the detected data in view of one or more sets of reference data, the one or more sets of reference data corresponding to one or more locations of the door closer assembly; determining, based on the evaluation of the detected data and the one or more sets of reference data, a current location of the door closer assembly; monitoring a position and a displacement of the entryway device; characterized in transmitting data obtained by the position sensor to a component within a lock set device; at least a portion of the lock set device being located on the same entryway device as the door closer assembly; and calibrating a sensor located within the lock set device using the detected data obtained by the position sensor.
A method for detecting an error in an assigned starting point for an individual heart beat cycle in a cardiac output related waveform comprising: providing cardiac output related waveform data for an individual heart beat cycle, the individual heart beat cycle having a predetermined starting point; determining a maximum value of the cardiac output related waveform data; determining a first point in the cardiac output related waveform, the first point being the first point on the cardiac output related waveform prior to the maximum value that has a value equal to one-half the maximum value; searching the portion of the heart beat cycle between the starting point and the first point for a local maximum, wherein if a local maximum is found, searching the portion of the heart beat cycle between the first point and the local maximum for a local minimum point, and reassigning the starting point for the individual heart beat with the local minimum point. providing cardiac output related waveform data for an individual heart beat cycle, the individual heart beat cycle having a predetermined starting point; determining a maximum value of the cardiac output related waveform data; determining a first point in the cardiac output related waveform, the first point being the first point on the cardiac output related waveform prior to the maximum value that has a value equal to one-half the maximum value; searching the portion of the heart beat cycle between the starting point and the first point for a local maximum, wherein if a local maximum is found, searching the portion of the heart beat cycle between the first point and the local maximum for a local minimum point, and reassigning the starting point for the individual heart beat with the local minimum point.
Drain, such as a drain hole or drain channel, comprising: - a collecting container for collecting water, wherein the collecting container has an outflow on the underside; - a connecting part for connecting the outflow to an outlet pipe; wherein the connecting part is provided with a unidirectional passage for admitting water from outside inward into the connecting part; and wherein the collecting container and the connecting part take an integral form characterized in that the drain is provided with a horizontal flange and in that the connecting part is integrated into a siphon, comprising a siphon housing with an outlet pipe arranged under the horizontal flange, a removable inflow part arranged centrally in said siphon housing and an O-ring sealing the inflow part onto siphon housing; wherein openings are arranged in the horizontal flange, wherein passage openings are arranged in the siphon housing and wherein a channel extends between the openings and the passage openings; wherein the O-ring is provided with a depending edge which seals the passage openings such that possible leakage water can flow via openings, the channel and via the passage openings into siphon housing. - a collecting container for collecting water, wherein the collecting container has an outflow on the underside; - a connecting part for connecting the outflow to an outlet pipe; wherein the connecting part is provided with a unidirectional passage for admitting water from outside inward into the connecting part; and wherein the collecting container and the connecting part take an integral form characterized in that the drain is provided with a horizontal flange and in that the connecting part is integrated into a siphon, comprising a siphon housing with an outlet pipe arranged under the horizontal flange, a removable inflow part arranged centrally in said siphon housing and an O-ring sealing the inflow part onto siphon housing; wherein openings are arranged in the horizontal flange, wherein passage openings are arranged in the siphon housing and wherein a channel extends between the openings and the passage openings; wherein the O-ring is provided with a depending edge which seals the passage openings such that possible leakage water can flow via openings, the channel and via the passage openings into siphon housing.
Method of assembling a fiber network comprising a plurality of metal fibers, wherein the method comprises the following steps: - providing a loose network out of the plurality of metal fibers at an assembling site; - fixing the plurality of metal fibers to one another by forming contact points between the single metal fibers by the following steps of: heating the plurality of fibers at a heating rate higher than 50 K/min, in particular higher than 100 K/min, especially higher than 200 K/min, preferably higher than 1000 K/min, to a fixation temperature selected in the range of 50 to 98% of their melting point temperature; and cooling the plurality of fibers at a cooling rate higher than 50 K/min, preferably higher than 100 K/min. - providing a loose network out of the plurality of metal fibers at an assembling site; - fixing the plurality of metal fibers to one another by forming contact points between the single metal fibers by the following steps of: heating the plurality of fibers at a heating rate higher than 50 K/min, in particular higher than 100 K/min, especially higher than 200 K/min, preferably higher than 1000 K/min, to a fixation temperature selected in the range of 50 to 98% of their melting point temperature; and cooling the plurality of fibers at a cooling rate higher than 50 K/min, preferably higher than 100 K/min. heating the plurality of fibers at a heating rate higher than 50 K/min, in particular higher than 100 K/min, especially higher than 200 K/min, preferably higher than 1000 K/min, to a fixation temperature selected in the range of 50 to 98% of their melting point temperature; and cooling the plurality of fibers at a cooling rate higher than 50 K/min, preferably higher than 100 K/min.