mhurhangee/ep-ind-claims huggingface dataset:
A communication system comprising a first device and a second device exchanging signals over a transmission medium, said first device comprising a first processing part for processing signals to be transmitted over said transmission medium to said second device, and said second device comprising a second processing part for processing signals received through said transmission medium from said first device, said first device comprising an impulse noise measuring part for measuring characteristics of impulse noise affecting signals received through said transmission medium from said second device, characterized in that said communication system further comprises an extrapolating part for determining characteristics of impulse noise affecting signals transmitted over said transmission medium to said second device based on measured impulse noise characteristics determined by said impulse noise measuring part, and an adjusting part for issuing adjustment signals destined for said first and second processing parts for adjusting their processing based on extrapolated impulse noise characteristics determined by said extrapolating part.
A treatment device capable of cooperating with an elongate element provided with a plurality of electronic chips (2a, 2b, 2c, 2d) staggered along the length of said elongate element, said treatment device comprising a housing comprising: - an input orifice for the elongate element, - an output orifice for the elongate element, - a treatment cavity arranged between the input orifice and the output orifice and provided with a treatment probe for electronic chips, and the treatment device comprising an isolation system configured to isolate an electronic chip to be treated and being in the cavity from other electronic chips of the plurality of electronic chips arranged outside the cavity, this isolation system comprising short-circuiting elements (106c, 106d) configured to come into physical contact with the elongate element on either side of a chip to be treated placed in the cavity. - an input orifice for the elongate element, - an output orifice for the elongate element, - a treatment cavity arranged between the input orifice and the output orifice and provided with a treatment probe for electronic chips,
A heat exchanger comprising: an arcuate inlet manifold having: at least one inlet; and a plurality of outlets; an arcuate outlet manifold having: at least one outlet; and a plurality of inlets; and a plurality of tube banks, each tube bank coupling one of the inlet manifold outlets to an associated one of the outlet manifold inlets, each of the tube banks partially nesting with one or more others of the tube banks, wherein each of the tube banks comprises: a first header coupled to the associated inlet manifold outlet and the associated the outlet manifold inlet; a second header; and a plurality of tube bundles (64, 66, 68, 70) each having a first end coupled to the associated first header and a second end coupled to the associated second header, with a flowpath from the associated inlet manifold outlet passing sequentially through flowpath legs formed by each of the tube bundles (64, 66, 68, 70) in the associated tube bank to exit the tube bank to the associated outlet manifold inlet. an arcuate inlet manifold having: at least one inlet; and a plurality of outlets; at least one inlet; and a plurality of outlets; an arcuate outlet manifold having: at least one outlet; and a plurality of inlets; and at least one outlet; and a plurality of inlets; and a plurality of tube banks, each tube bank coupling one of the inlet manifold outlets to an associated one of the outlet manifold inlets, each of the tube banks partially nesting with one or more others of the tube banks, wherein each of the tube banks comprises: a first header coupled to the associated inlet manifold outlet and the associated the outlet manifold inlet; a second header; and a plurality of tube bundles (64, 66, 68, 70) each having a first end coupled to the associated first header and a second end coupled to the associated second header, with a flowpath from the associated inlet manifold outlet passing sequentially through flowpath legs formed by each of the tube bundles (64, 66, 68, 70) in the associated tube bank to exit the tube bank to the associated outlet manifold inlet. a first header coupled to the associated inlet manifold outlet and the associated the outlet manifold inlet; a second header; and a plurality of tube bundles (64, 66, 68, 70) each having a first end coupled to the associated first header and a second end coupled to the associated second header, with a flowpath from the associated inlet manifold outlet passing sequentially through flowpath legs formed by each of the tube bundles (64, 66, 68, 70) in the associated tube bank to exit the tube bank to the associated outlet manifold inlet.
A method for purging hardened grease from a grease-lubricated bearing of a wind turbine generator, the bearing having a first connection for inlet of liquid and a second connection for outlet of liquid, wherein the method comprises - attaching an apparatus to the first connection and to the second connection, the apparatus comprising a pump for pumping purging fluid through the bearing, and by the apparatus circulating a purging fluid through the first connection, through the bearing, and through the second connection and back to the first connection by a plurality of circulation cycles; - after the plurality of circulation cycles of the purging fluid, pumping the purging fluid out of the bearing; - then, by the apparatus circulating a flushing fluid, which is different from the purging fluid, through the first connection, through the bearing and through the second connection and back to the first connection by a plurality of circulation cycles; - after the plurality of circulation cycles of the flushing fluid, pumping the flushing fluid out of the bearing; - providing new grease into the bearing; - wherein the purging fluid contains a surfactant and is configured for dissolving the grease in the bearing even when the grease is in a hardened state, - wherein the purging fluid contains more than 50% surfactant and less than 10% water. - attaching an apparatus to the first connection and to the second connection, the apparatus comprising a pump for pumping purging fluid through the bearing, and by the apparatus circulating a purging fluid through the first connection, through the bearing, and through the second connection and back to the first connection by a plurality of circulation cycles; - after the plurality of circulation cycles of the purging fluid, pumping the purging fluid out of the bearing; - then, by the apparatus circulating a flushing fluid, which is different from the purging fluid, through the first connection, through the bearing and through the second connection and back to the first connection by a plurality of circulation cycles; - after the plurality of circulation cycles of the flushing fluid, pumping the flushing fluid out of the bearing; - providing new grease into the bearing; - wherein the purging fluid contains a surfactant and is configured for dissolving the grease in the bearing even when the grease is in a hardened state, - wherein the purging fluid contains more than 50% surfactant and less than 10% water.
Washstand arrangement comprising a washstand having a water basin with a drain opening, a cavity and a drain passage extending from the drain opening of the water basin into the cavity, and a drain element arranged at least partially in the cavity for guiding water away from the drain passage and for feeding the water into a drain line, wherein the drain element comprises a drain channel accessible via the drain opening with a shut-off valve, which shut-off valve comprises a valve seat and a closure member, and wherein the valve seat and the closure member are located at least partially, in particular completely, in said cavity and/or in the drain passage, characterized in that the valve seat is arranged inclined at an angle (α) to the central axis of the drain passage or to the flow direction, the angular inclination being such that a lower edge, as viewed in the flow direction of the water, lies in front of an upper edge lying above the lower edge in the installation position. a washstand having a water basin with a drain opening, a cavity and a drain passage extending from the drain opening of the water basin into the cavity, and a drain element arranged at least partially in the cavity for guiding water away from the drain passage and for feeding the water into a drain line, wherein the drain element comprises a drain channel accessible via the drain opening with a shut-off valve, which shut-off valve comprises a valve seat and a closure member, and wherein the valve seat and the closure member are located at least partially, in particular completely, in said cavity and/or in the drain passage, characterized in that the valve seat is arranged inclined at an angle (α) to the central axis of the drain passage or to the flow direction, the angular inclination being such that a lower edge, as viewed in the flow direction of the water, lies in front of an upper edge lying above the lower edge in the installation position.
An air guidance element for motor vehicles having at least one elongate hollow body, the inner wall of which defines an air guidance duct, wherein the hollow body changes along its direction of longitudinal extent from a first connection portion into a second portion, wherein sound-absorbing auxiliary bodies (3, 4) are provided at least within the second portion, are designed in a manner following the air guidance channel in sections or continuously, and are fastened to the hollow body such that air flowing along the air guidance channel in the hollow body flows additionally along and against the auxiliary bodies (3, 4) and interacts therewith, and wherein the auxiliary bodies (3, 4) have a non-uniform thickness (D1, D2), characterised in that the thicknesses (D1, D2) of auxiliary bodies (3, 4) arranged opposite one another within the air guidance channel vary along the direction of longitudinal extent of the hollow body in such a way that an auxiliary body becomes thinner to the same extent as the oppositely arranged further auxiliary body or the oppositely arranged further auxiliary bodies becomes or become thicker, and vice versa, so that, in a cross section through the hollow body, the sum of the auxiliary body cross-sectional areas (Z1, Z2) in the direction of longitudinal extent of the hollow body varies over a length of at least 66%, preferably at least 77%, more preferably at least 85% of the total length of the second portion with a deviation of at most ±25%, so that in the air guidance duct the free air guidance cross section within the second portion remains substantially the same in the direction of longitudinal extent of the hollow body. wherein sound-absorbing auxiliary bodies (3, 4) are provided at least within the second portion, are designed in a manner following the air guidance channel in sections or continuously, and are fastened to the hollow body such that air flowing along the air guidance channel in the hollow body flows additionally along and against the auxiliary bodies (3, 4) and interacts therewith, and wherein the auxiliary bodies (3, 4) have a non-uniform thickness (D1, D2), characterised in that the thicknesses (D1, D2) of auxiliary bodies (3, 4) arranged opposite one another within the air guidance channel vary along the direction of longitudinal extent of the hollow body in such a way that an auxiliary body becomes thinner to the same extent as the oppositely arranged further auxiliary body or the oppositely arranged further auxiliary bodies becomes or become thicker, and vice versa, so that, in a cross section through the hollow body, the sum of the auxiliary body cross-sectional areas (Z1, Z2) in the direction of longitudinal extent of the hollow body varies over a length of at least 66%, preferably at least 77%, more preferably at least 85% of the total length of the second portion with a deviation of at most ±25%, so that in the air guidance duct the free air guidance cross section within the second portion remains substantially the same in the direction of longitudinal extent of the hollow body.
A device for imaging methods based on magnetic particle imaging, comprising • a magnetic field generation device, wherein the magnetic field generation device generates a magnetic modulation field in a region to be analysed, and • at least one field detection device for detecting magnetic fields, • wherein the at least one field detection device is changeable in respect of its spatial position and/or orientation and/or in respect of its intrinsic electromagnetic properties between two detections or during a single detection, • wherein the coils are changeable in respect of intrinsic electromagnetic properties, the coil contains thermally activatable memory material or the coil is surrounded by thermally activatable memory material so that the intrinsic electromagnetic properties can be changed using a suitable control system. • a magnetic field generation device, wherein the magnetic field generation device generates a magnetic modulation field in a region to be analysed, and • at least one field detection device for detecting magnetic fields, • wherein the at least one field detection device is changeable in respect of its spatial position and/or orientation and/or in respect of its intrinsic electromagnetic properties between two detections or during a single detection, • wherein the coils are changeable in respect of intrinsic electromagnetic properties, the coil contains thermally activatable memory material or the coil is surrounded by thermally activatable memory material so that the intrinsic electromagnetic properties can be changed using a suitable control system.
A method of wireless communication, comprising: determining a carrier aggregation, CA, configuration comprising a first component carrier with a first channel usage procedure and a second component carrier with a second channel usage procedure; and determining a discontinuous reception, DRX, configuration comprising a first configuration for the first component carrier and a second configuration for the second component carrier, characterized in that: the first channel usage procedure is based on monitoring or transmitting using a first transmission time interval, TTI, length; the second channel usage procedure is based on monitoring or transmitting using a second TTI length different from the first TTI length; and the second TTI length uses a reduced or variable duration of symbol compared to that of the first TTI length. determining a carrier aggregation, CA, configuration comprising a first component carrier with a first channel usage procedure and a second component carrier with a second channel usage procedure; and determining a discontinuous reception, DRX, configuration comprising a first configuration for the first component carrier and a second configuration for the second component carrier, characterized in that: the first channel usage procedure is based on monitoring or transmitting using a first transmission time interval, TTI, length; the second channel usage procedure is based on monitoring or transmitting using a second TTI length different from the first TTI length; and the second TTI length uses a reduced or variable duration of symbol compared to that of the first TTI length. the first channel usage procedure is based on monitoring or transmitting using a first transmission time interval, TTI, length; the second channel usage procedure is based on monitoring or transmitting using a second TTI length different from the first TTI length; and the second TTI length uses a reduced or variable duration of symbol compared to that of the first TTI length.
Component for use in printing machines or paper- and substrate-processing machines, wherein the component comprises at least one first region made of a first material with first physical properties, and wherein the at least one first region comprises a functional surface which is in contact with a web or sheet-shaped substrate and is subject to wear, wherein the at least one first region comprises at least one second region, wherein adjacent to or at a distance from the functional surface at least one second region is at least partially enclosed by the first region, characterised in that the at least one second region is designed as a cavity.
Wall box for a ventilation system, comprising 1.1 a housing bounding an interior space and having 1.1.1. an inlet for an air flow, and 1.1.2. an outlet for an air flow, 1.1.3. wherein a flow-through region connects the inlet and the outlet in a flow direction, and 1.2. wherein the interior space comprises at least two flap arrangements (10, 11) spaced apart in the flow direction, each with at least one flap arranged on a suspension, 1.3. wherein each flap is pivotable about a pivot axis defined by the suspension between a closed position tightly closing the flow-through region and an open position, 1.4. wherein the pivot axes are each horizontally aligned and arranged outside the flow-through region, and 1.5. wherein the flaps can be pivoted out of the closed position in a purely mechanical manner, characterized in that 1.6. a drain is configured in a bottom of the interior space. 1.1 a housing bounding an interior space and having 1.1.1. an inlet for an air flow, and 1.1.2. an outlet for an air flow, 1.1.3. wherein a flow-through region connects the inlet and the outlet in a flow direction, and 1.1.1. an inlet for an air flow, and 1.1.2. an outlet for an air flow, 1.1.3. wherein a flow-through region connects the inlet and the outlet in a flow direction, and 1.2. wherein the interior space comprises at least two flap arrangements (10, 11) spaced apart in the flow direction, each with at least one flap arranged on a suspension, 1.3. wherein each flap is pivotable about a pivot axis defined by the suspension between a closed position tightly closing the flow-through region and an open position, 1.4. wherein the pivot axes are each horizontally aligned and arranged outside the flow-through region, and 1.5. wherein the flaps can be pivoted out of the closed position in a purely mechanical manner, characterized in that 1.6. a drain is configured in a bottom of the interior space.
A material comprising fiber and a poly alpha-1,3-glucan ether compound represented by the structure: wherein (i) n is at least 6, (ii) each R is independently an H or a positively charged organic group, and (iii) the compound has a degree of substitution of 0.05 to 3.0. (i) n is at least 6, (ii) each R is independently an H or a positively charged organic group, and (iii) the compound has a degree of substitution of 0.05 to 3.0.
A network control apparatus for controlling a first network through which a plurality of second networks can be accessed, wherein the first network includes a plurality of base stations separated into a baseband processing section, BBU and a radio section, RRH, which are connected to each other via a network, the network control apparatus characterized by comprising: a first means configured to acquire a load status related to each of the plurality of second networks, wherein each of the plurality of second networks is connected to at least one BBU; and a second means configured to control the allocation of BBU resources in first network by dynamically installing a BBU virtual machine connected to one of the plurality of second networks when the load status of the one of the plurality of second networks is above a threshold and uninstalling a BBU connected to one of the plurality of second networks when the load status of the one of the plurality of second networks is below a threshold. a first means configured to acquire a load status related to each of the plurality of second networks, wherein each of the plurality of second networks is connected to at least one BBU; and a second means configured to control the allocation of BBU resources in first network by dynamically installing a BBU virtual machine connected to one of the plurality of second networks when the load status of the one of the plurality of second networks is above a threshold and uninstalling a BBU connected to one of the plurality of second networks when the load status of the one of the plurality of second networks is below a threshold.
A method for transferring an application state of a first instant messaging application between a first electronic device of a user and a second electronic device (320; 402) of the user, the method comprising: detecting at an instant messaging application server that a connection to the first electronic device executing the first instant messaging application is lost; and transmitting an application state element from the instant message application server to the second electronic device (320; 402), the application state element being for use in the execution of a second instant messaging application on the second electronic device (320; 402), wherein the instant messaging application server maintains a log-in status of the user in the first instant messaging application during the transfer of the application state element. detecting at an instant messaging application server that a connection to the first electronic device executing the first instant messaging application is lost; and transmitting an application state element from the instant message application server to the second electronic device (320; 402), the application state element being for use in the execution of a second instant messaging application on the second electronic device (320; 402), wherein the instant messaging application server maintains a log-in status of the user in the first instant messaging application during the transfer of the application state element.
A first mobile terminal comprising: a receiver configured to receive antenna configuration information from a transmitting station while the first mobile terminal is inactive, the antenna configuration information indicating a current antenna configuration used by said transmitting station to transmit data to a second active mobile terminal; and a control unit including a channel estimator configured to determine channel quality estimates for a shared downlink channel using said antenna configuration information and to send said channel quality estimates to said transmitting station. a receiver configured to receive antenna configuration information from a transmitting station while the first mobile terminal is inactive, the antenna configuration information indicating a current antenna configuration used by said transmitting station to transmit data to a second active mobile terminal; and a control unit including a channel estimator configured to determine channel quality estimates for a shared downlink channel using said antenna configuration information and to send said channel quality estimates to said transmitting station.