mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: at least one processor; and at least one non-transitory memory storing instructions that, when executed by the at least one processor, cause the apparatus at least to: initiate performance of at least one function enabled with a first model; receive, from a source base station, at least one model compatibility configuration; determine whether the at least one function is compatible with a second model of at least one target base station based, at least partially, on the at least one model compatibility configuration; transmit, to the at least one target base station, at least one report, wherein the at least one report comprises, at least, an indication of a result of whether the at least one function is compatible with the second model of the at least one target base station; and receive, in response to the report, a conditional handover configuration, wherein the conditional handover configuration comprises, at least, an indication to at least one of: perform data collection, update the first model, or switch the first model with another model. at least one processor; and at least one non-transitory memory storing instructions that, when executed by the at least one processor, cause the apparatus at least to: initiate performance of at least one function enabled with a first model; receive, from a source base station, at least one model compatibility configuration; determine whether the at least one function is compatible with a second model of at least one target base station based, at least partially, on the at least one model compatibility configuration; transmit, to the at least one target base station, at least one report, wherein the at least one report comprises, at least, an indication of a result of whether the at least one function is compatible with the second model of the at least one target base station; and receive, in response to the report, a conditional handover configuration, wherein the conditional handover configuration comprises, at least, an indication to at least one of: perform data collection, update the first model, or switch the first model with another model. initiate performance of at least one function enabled with a first model; receive, from a source base station, at least one model compatibility configuration; determine whether the at least one function is compatible with a second model of at least one target base station based, at least partially, on the at least one model compatibility configuration; transmit, to the at least one target base station, at least one report, wherein the at least one report comprises, at least, an indication of a result of whether the at least one function is compatible with the second model of the at least one target base station; and receive, in response to the report, a conditional handover configuration, wherein the conditional handover configuration comprises, at least, an indication to at least one of: perform data collection, update the first model, or switch the first model with another model. perform data collection, update the first model, or switch the first model with another model.
A device for rolling a lithium-metal strip including a rolling zone comprising at least two rolling cylinders (2.1, 2.2) between which a lithium strip of first thickness is intended to pass, each rolling cylinder (2.1, 2.2) rotating about an axis of rotation, a supply zone comprising means for supplying the rolling zone with the lithium strip of first thickness, means supplying two films of plastic material such that each film of plastic material is interposed between the lithium strip of first thickness and a rolling cylinder (2.1, 2.2), called associated rolling cylinder, and a storage zone including means for collecting a lithium strip of second thickness having a second thickness which is less than the first thickness, in which the device also includes means for tensioning the lithium strip of second thickness and means (20, 120) configured to ensure a separation of each film of plastic material (FP1, FP2) from the surface of one of the rolling cylinders (2.1, 2.2) on the side of the storage zone characterised in that the separation zone is located beyond a horizontal plane passing through the axis of rotation of said rolling cylinder and located opposite the other rolling cylinder, said separation zone including said horizontal plane.
A method, at a mobile communication device, for reducing apparent latency in linking a call received at the mobile communication device to a remote audio processor, comprising: establishing an asynchronous link between the remote audio processor and the mobile communication device; Characterised by: receiving an incoming call page at the mobile communication device from a wireless communication system, the incoming call page indicating the wireless communication system is attempting to connect an incoming call to the mobile communication device; initiating a synchronous link between the remote audio processor and the mobile communication device, the synchronous link having a minimum set up time; alerting a user of the mobile communication device of the incoming call after establishing the synchronous link; and responding to the incoming call page at a time such that the synchronous link is established prior to the incoming call being established between the mobile communication device and the wireless communication system; wherein the asynchronous and synchronous links are wireless links. establishing an asynchronous link between the remote audio processor and the mobile communication device; Characterised by: receiving an incoming call page at the mobile communication device from a wireless communication system, the incoming call page indicating the wireless communication system is attempting to connect an incoming call to the mobile communication device; initiating a synchronous link between the remote audio processor and the mobile communication device, the synchronous link having a minimum set up time; alerting a user of the mobile communication device of the incoming call after establishing the synchronous link; and responding to the incoming call page at a time such that the synchronous link is established prior to the incoming call being established between the mobile communication device and the wireless communication system; receiving an incoming call page at the mobile communication device from a wireless communication system, the incoming call page indicating the wireless communication system is attempting to connect an incoming call to the mobile communication device; initiating a synchronous link between the remote audio processor and the mobile communication device, the synchronous link having a minimum set up time; alerting a user of the mobile communication device of the incoming call after establishing the synchronous link; and responding to the incoming call page at a time such that the synchronous link is established prior to the incoming call being established between the mobile communication device and the wireless communication system; wherein the asynchronous and synchronous links are wireless links.
Portable sanding tool, in particular orbital sander, having at least one handle arranged in a housing part and having a drive unit, arranged in a housing, for driving a sanding plate arranged in a plate-shaped tool carrier, wherein the sanding plate is arranged in a sanding-plate plane, a pressure force during the sanding process is in a force direction perpendicular to the sanding-plate plane, the handle is connected to the housing via at least one vibration decoupling element (18, 71), and the vibration decoupling element comprises at least one column element (21, 22), characterized in that the column element (21, 22) is arranged perpendicularly to the sanding-plate plane and parallel to the force direction in the unloaded state and the handle is decoupled from the housing in the loaded state such that the at least one column element (21, 22) of the vibration decoupling element is put under tensile stress.
A medical device for collecting cells, the device comprising: an inflatable balloon being expandable from a compressed condition to an expanded condition, the balloon having proximal and distal portions and defining a longitudinal axis; a perforated sleeve surrounding the balloon, the perforated sleeve having proximal and distal portions, wherein the proximal portion of the sleeve is attached to the proximal portion of the balloon, the distal portion of the sleeve is attached to the distal portion of the balloon 12), and inflation of the balloon expands the sleeve radially outward; a plurality of openings disposed through the sleeve, wherein the openings collect cells in response to engagement within a surface of a patient's body; wherein the balloon and the sleeve have a cell-collection configuration where the balloon is inflated to contact an inner surface of the sleeve and at least a portion of the plurality of openings; characterized in that the openings of the sleeve define a rough surface for collecting cells, the inner diameter of the sleeve is less than or equal to the maximum outer diameter of the balloon when inflated, the openings are adapted to collect cells therein when the balloon is inflated, and when the balloon deflates, an intermediate space between the balloon and the sleeve is defined adapted to collect and retain the cells collected by the openings an inflatable balloon being expandable from a compressed condition to an expanded condition, the balloon having proximal and distal portions and defining a longitudinal axis; a perforated sleeve surrounding the balloon, the perforated sleeve having proximal and distal portions, wherein the proximal portion of the sleeve is attached to the proximal portion of the balloon, the distal portion of the sleeve is attached to the distal portion of the balloon 12), and inflation of the balloon expands the sleeve radially outward; a plurality of openings disposed through the sleeve, wherein the openings collect cells in response to engagement within a surface of a patient's body; wherein the balloon and the sleeve have a cell-collection configuration where the balloon is inflated to contact an inner surface of the sleeve and at least a portion of the plurality of openings; characterized in that the openings of the sleeve define a rough surface for collecting cells, the inner diameter of the sleeve is less than or equal to the maximum outer diameter of the balloon when inflated, the openings are adapted to collect cells therein when the balloon is inflated, and when the balloon deflates, an intermediate space between the balloon and the sleeve is defined adapted to collect and retain the cells collected by the openings
A cleaning device (6; 6A; 6B; 6C) for cleaning a surface of a rotatable image carrier, the cleaning device (6; 6A; 6B; 6C) comprising: a cleaning blade (61; 610; 612) disposed to contact the image carrier and configured to remove toner on the surface of the image carrier; a lubricant applicator unit (62,64) disposed above the cleaning blade (61; 610; 612), downstream from the cleaning blade (61; 610; 612) in a surface rotation direction of the image carrier and configured to apply lubricant onto the surface of the image carrier; and an accumulation preventer (67; 670) configured to prevent the toner and excessive lubricant from the lubricant applicator unit (62,64) from accumulating on the cleaning blade (61; 610; 612), wherein the accumulation preventer is a catcher (67; 670) disposed downstream from the cleaning blade (61; 610) and upstream from the lubricant applicator unit (62,64) in the surface rotation direction of the image carrier and configured to prevent the toner and the excessive lubricant from dropping onto the cleaning blade (61; 610), wherein the cleaning device further includes a storage portion and the storage portion is provided with a transport member, characterized in that the storage portion is formed on or connected to the catcher (67; 670) and is configured to store the toner and the excessive lubricant dropped from the lubricant applicator unit (62,64). a cleaning blade (61; 610; 612) disposed to contact the image carrier and configured to remove toner on the surface of the image carrier; a lubricant applicator unit (62,64) disposed above the cleaning blade (61; 610; 612), downstream from the cleaning blade (61; 610; 612) in a surface rotation direction of the image carrier and configured to apply lubricant onto the surface of the image carrier; and an accumulation preventer (67; 670) configured to prevent the toner and excessive lubricant from the lubricant applicator unit (62,64) from accumulating on the cleaning blade (61; 610; 612), wherein the accumulation preventer is a catcher (67; 670) disposed downstream from the cleaning blade (61; 610) and upstream from the lubricant applicator unit (62,64) in the surface rotation direction of the image carrier and configured to prevent the toner and the excessive lubricant from dropping onto the cleaning blade (61; 610), wherein the cleaning device further includes a storage portion and the storage portion is provided with a transport member, characterized in that the storage portion is formed on or connected to the catcher (67; 670) and is configured to store the toner and the excessive lubricant dropped from the lubricant applicator unit (62,64).
A method for manufacturing a seamless pipe or tube comprising the step of drawing and rolling a pipe or tube using a mandrel mill that comprises a plurality of rolling stands in which two grooved rolls are disposed, respectively, the method being characterized by drawing and rolling a pipe or tube, setting the roll diameter ratio for the first rolling stand and the second rolling stand at a value of 4.6 or over and the wall thickness rolling reduction rate for the first rolling stand and the second rolling stand is 0.75 or under, the roll diameter ratio refers to a ratio expressed by D R /D C. where D R is the smallest roll diameter at the groove bottom of each grooved roll which is disposed in the rolling stand, and Dc is the distance between the groove bottoms of the grooved rolls.
An integrated circuit for implementing at least a portion of a personal audio device, comprising: an output adapted to provide an output signal to an output transducer (SPKR) including both source audio for playback to a listener and an anti-noise signal for countering the effects of ambient audio sounds in an acoustic output of the transducer (SPKR); a reference microphone input adapted to receive a reference microphone signal (ref) indicative of the ambient audio sounds; and a processing circuit (20, 40) configured to adaptively generate the anti-noise signal from the reference microphone signal (ref) with a first adaptive filter such that the anti-noise signal causes substantial cancellation of the ambient audio sounds, characterized in that the processing circuit (20, 40), in response to determining that an amplitude of acoustic leakage of the source audio into the reference microphone signal (ref) is substantial with respect to an amplitude of the ambient audio sounds, is further configured to take action to prevent improper generation of the anti-noise signal. an output adapted to provide an output signal to an output transducer (SPKR) including both source audio for playback to a listener and an anti-noise signal for countering the effects of ambient audio sounds in an acoustic output of the transducer (SPKR); a reference microphone input adapted to receive a reference microphone signal (ref) indicative of the ambient audio sounds; and a processing circuit (20, 40) configured to adaptively generate the anti-noise signal from the reference microphone signal (ref) with a first adaptive filter such that the anti-noise signal causes substantial cancellation of the ambient audio sounds, characterized in that the processing circuit (20, 40), in response to determining that an amplitude of acoustic leakage of the source audio into the reference microphone signal (ref) is substantial with respect to an amplitude of the ambient audio sounds, is further configured to take action to prevent improper generation of the anti-noise signal.
A supercontinuum radiation source comprising: illumination optics arranged to receive a pulsed pump radiation beam having a power and to form a plurality of pulsed sub-beams (622a-622n), each pulsed sub-beam comprising a portion of the pulsed pump radiation beam; a plurality of waveguides (630a-630n) each arranged to receive at least one of the plurality of pulsed sub-beams (622a-622n) and to broaden a spectrum of that pulsed sub-beam (622a-622n) so as to generate a supercontinuum sub-beam (632a-632n) wherein the power of the pulsed pump radiation beam is spread over the plurality of waveguides (630a-630n); and collection optics arranged to receive the supercontinuum sub-beams (632a-632n) from the plurality of waveguides (630a-630n) and to combine them so as to form a supercontinuum radiation beam (B out), wherein the pulsed pump radiation beam is passively coupled into the plurality of waveguides (630a-630n). illumination optics arranged to receive a pulsed pump radiation beam having a power and to form a plurality of pulsed sub-beams (622a-622n), each pulsed sub-beam comprising a portion of the pulsed pump radiation beam; a plurality of waveguides (630a-630n) each arranged to receive at least one of the plurality of pulsed sub-beams (622a-622n) and to broaden a spectrum of that pulsed sub-beam (622a-622n) so as to generate a supercontinuum sub-beam (632a-632n) wherein the power of the pulsed pump radiation beam is spread over the plurality of waveguides (630a-630n); and collection optics arranged to receive the supercontinuum sub-beams (632a-632n) from the plurality of waveguides (630a-630n) and to combine them so as to form a supercontinuum radiation beam (B out), wherein the pulsed pump radiation beam is passively coupled into the plurality of waveguides (630a-630n).
A mechanical supercharging system, comprising: a stepped transmission that connects a crankshaft of an internal combustion engine with driving wheels, and performs at least upshift operation of a gear stage; a centrifugal supercharger that rotates in conjunction with the crankshaft to compress intake air of the internal combustion engine, the centrifugal supercharger including a rotary drive shaft connected to the crankshaft; a variable speed ratio device that changes a speed ratio of the rotary drive shaft to the crankshaft, the variable speed ratio device being provided between the crankshaft and the rotary drive shaft; and a control device configured to control the speed ratio, wherein the control device is further configured to: increase the speed ratio from a first speed ratio before a start of the upshift operation to a second speed ratio at an end of the upshift operation, and increase the speed ratio during the upshift operation in accordance with a decrease rate of speed of the crankshaft during the upshift operation. a stepped transmission that connects a crankshaft of an internal combustion engine with driving wheels, and performs at least upshift operation of a gear stage; a centrifugal supercharger that rotates in conjunction with the crankshaft to compress intake air of the internal combustion engine, the centrifugal supercharger including a rotary drive shaft connected to the crankshaft; a variable speed ratio device that changes a speed ratio of the rotary drive shaft to the crankshaft, the variable speed ratio device being provided between the crankshaft and the rotary drive shaft; and a control device configured to control the speed ratio, wherein the control device is further configured to: increase the speed ratio from a first speed ratio before a start of the upshift operation to a second speed ratio at an end of the upshift operation, and increase the speed ratio during the upshift operation in accordance with a decrease rate of speed of the crankshaft during the upshift operation. increase the speed ratio from a first speed ratio before a start of the upshift operation to a second speed ratio at an end of the upshift operation, and increase the speed ratio during the upshift operation in accordance with a decrease rate of speed of the crankshaft during the upshift operation.
An encapsulated fixed window module for a motor vehicle, comprising: a fixed window pane having an exterior surface, an interior surface, and a peripheral edge extending between said exterior and interior surfaces (14a, 14b), at least one division post extending along at least a portion of said peripheral edge, said division post comprising a first longitudinal profile which is U-shaped in cross section and which has an exterior wall, an interior wall, and a lateral wall connecting said exterior and interior walls (22a, 22b), said first profile defining a longitudinal groove configured to receive a guiding mean carried by a movable window pane, said exterior wall facing said interior surface, and an over-molded material securing said first profile to said fixed window pane, said over-molded material comprising a first portion extending between said exterior wall and said interior surface and a second portion extending between said lateral wall and said interior surface, said first and second portions (142a, 142b) being connected one to the other, said first portion having a first thickness which is constant along a major portion of said first portion, said second portion having an outer face (142b1) which extends between the lateral wall and said interior surface and which includes a major portion which is inclined with respect to said interior surface, characterized in that said second portion has a second thickness which is constant along a major portion of said second portion. a fixed window pane having an exterior surface, an interior surface, and a peripheral edge extending between said exterior and interior surfaces (14a, 14b), at least one division post extending along at least a portion of said peripheral edge, said division post comprising a first longitudinal profile which is U-shaped in cross section and which has an exterior wall, an interior wall, and a lateral wall connecting said exterior and interior walls (22a, 22b), said first profile defining a longitudinal groove configured to receive a guiding mean carried by a movable window pane, said exterior wall facing said interior surface, and an over-molded material securing said first profile to said fixed window pane, said over-molded material comprising a first portion extending between said exterior wall and said interior surface and a second portion extending between said lateral wall and said interior surface, said first and second portions (142a, 142b) being connected one to the other, said first portion having a first thickness which is constant along a major portion of said first portion, said second portion having an outer face (142b1) which extends between the lateral wall and said interior surface and which includes a major portion which is inclined with respect to said interior surface, characterized in that said second portion has a second thickness which is constant along a major portion of said second portion.