mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a receiving section configured to receive a measurement configuration; a measurement section configured to perform measurements based on the measurement configuration; a transmitting section configured to report a cell-level measurement result and a beam-level measurement result; and a control section configured to control reporting of the beam-level measurement result also, when a reporting of the cell-level measurement result is triggered, wherein the control section is configured to control the reporting of the beam-level measurement result regardless of an event corresponding to a beam-level measurement. a receiving section configured to receive a measurement configuration; a measurement section configured to perform measurements based on the measurement configuration; a transmitting section configured to report a cell-level measurement result and a beam-level measurement result; and a control section configured to control reporting of the beam-level measurement result also, when a reporting of the cell-level measurement result is triggered, wherein the control section is configured to control the reporting of the beam-level measurement result regardless of an event corresponding to a beam-level measurement.
An air conditioner comprising a case defining an inner space, in which air flows during use of the air conditioner; a first and a second discharge part (110, 120) disposed to be spaced apart from each other on the front of the case, and through which air is discharged; a movable operation panel disposed on a front side of the case between the first and the second discharge parts and covering at least one portion of each of the discharge parts (110, 120); movable discharge panels (310, 320) disposed on at least one side of the movable operation panel; a discharge device disposed within the case for discharging a functional material from a container containing the functional material; a detection part detecting from the container information related to a kind of functional material in the container; and a display part displaying information based on the information detected by the detection part, wherein the discharge device comprises: a housing fixed to the movable operation panel; a receiving part movably disposed within the housing; a motor generating a power for moving the receiving part; and a power transmission part for transmitting the power of the motor to the receiving part, wherein the receiving part comprises: a chamber for receiving the container; and a passage communicating with an air passage within the case, and wherein the functional material discharged from the container passes through the passage and is discharged to the outside from the discharge parts (110,120) together with air in the inner space. a housing fixed to the movable operation panel; a receiving part movably disposed within the housing; a motor generating a power for moving the receiving part; and a power transmission part for transmitting the power of the motor to the receiving part, wherein the receiving part comprises: a chamber for receiving the container; and a passage communicating with an air passage within the case, and wherein the functional material discharged from the container passes through the passage and is discharged to the outside from the discharge parts (110,120) together with air in the inner space. a chamber for receiving the container; and a passage communicating with an air passage within the case, and wherein the functional material discharged from the container passes through the passage and is discharged to the outside from the discharge parts (110,120) together with air in the inner space.
Roof structure, which comprises - load bearing roof beams, the longitudinal direction of which beams defines the width direction of the roof, - a first and a second roof boards (1, 1'), which boards comprise a planar outer surface, a planar inner surface and a core layer manufactured from a thermal insulation material and located between the outer and inner surfaces (2, 3), the compression strength of which core layer is at least 10 kPa and the core layer is made of extruded polystyrene, expanded polystyrene, polyurethane (PIR/PUR) or phenolic foam, and the inner surface of the roof boards (1, 1') comprises an interior lining layer, and - a first fastening profile (5, 5') and a second fastening profile (6, 6'), whereby the first roof board comprises said first fastening profile and the second roof board comprises said second fastening profile, said first and second fastening profiles having a shape, with which the fastening profiles lock to each other in the joint between the two roof boards (1, 1') when arranged against each other, characterized in that the interior lining layer comprises concrete, mortar or similar casting compound which comprises a binding agent and an inorganic material, the first and second fastening profiles (5, 5', 6, 6') are U-shaped and each have a spike, said fastening profiles being fastened to the roof boards (1, 1') so that the spikes of the U-shaped profiles penetrate inside the thermal insulation material of the core layer, which fastening profiles (5, 5', 6, 6') have a longitudinal direction substantially perpendicular to the longitudinal load bearing roof beams, and which fastening profiles (5, 5', 6, 6') are continuous along the distance between at least two adjacent load bearing roof beams, and in the mounted state of the roof structure the fastening profiles are located inside the thermal insulation material of the roof boards. - load bearing roof beams, the longitudinal direction of which beams defines the width direction of the roof, - a first and a second roof boards (1, 1'), which boards comprise a planar outer surface, a planar inner surface and a core layer manufactured from a thermal insulation material and located between the outer and inner surfaces (2, 3), the compression strength of which core layer is at least 10 kPa and the core layer is made of extruded polystyrene, expanded polystyrene, polyurethane (PIR/PUR) or phenolic foam, and the inner surface of the roof boards (1, 1') comprises an interior lining layer, and - a first fastening profile (5, 5') and a second fastening profile (6, 6'), whereby the first roof board comprises said first fastening profile and the second roof board comprises said second fastening profile, said first and second fastening profiles having a shape, with which the fastening profiles lock to each other in the joint between the two roof boards (1, 1') when arranged against each other,
A shear spring comprising: a base; a V-shaped surface opposite the base adapted to mate with a corresponding V-shaped surface positioned on a side wall of a spring mount; and an elastomeric material (306, 308) positioned between the base and the V-shaped surface, the base including a first flange and a second flange, the first flange extending away from the V-shaped surface and being adapted to be positioned outwardly from a first edge of a side wall of a spring module, and the second flange extending away from the V-shaped surface and being adapted to be positioned outwardly from a second edge of the side wall of the spring module, the first flange and the second flange being positioned in parallel planes, characterized in that the base comprises a flat plate and the first flange and the second flange extend perpendicularly from the flat base plate. a base; a V-shaped surface opposite the base adapted to mate with a corresponding V-shaped surface positioned on a side wall of a spring mount; and an elastomeric material (306, 308) positioned between the base and the V-shaped surface, the base including a first flange and a second flange, the first flange extending away from the V-shaped surface and being adapted to be positioned outwardly from a first edge of a side wall of a spring module, and the second flange extending away from the V-shaped surface and being adapted to be positioned outwardly from a second edge of the side wall of the spring module, the first flange and the second flange being positioned in parallel planes, characterized in that the base comprises a flat plate and the first flange and the second flange extend perpendicularly from the flat base plate.
A method for preparing a continuous filament yarn of electrospun polyacrylonitrile nanofibers, wherein the continuous filament yarn has a length of no less than 2000 meters and a metric count of more than 500, the method comprising the following steps: a. dissolving a polyacrylonitrile raw material in a polar solvent under mechanical stirring to obtain a uniform spinning solution, wherein a mass concentration of the spinning solution is 12 to 22% (w/w); b. making the polyacrylonitrile solution in the step a into a polyacrylonitrile nonwoven fabric in an electrospinning machine, wherein the polyacrylonitrile solution is spraying spun in a high-voltage electric field, and DC voltage of the high-voltage electric field in the step b is 30 to 50 kV; c. cutting the nonwoven fabric in the step b into slender strips with a width of 0.5 to 6 cm; d. drafting the slender strips in the step c in a water bath at 80 to 95°C with a draft ratio of 2 to 5 times, then drafting in air at 110 to 150°C with a draft ratio of 3 to 10 times to obtain a fiber bundle with highly oriented internal fibers; e. twisting the fiber bundle in the step d to obtain a continuous filament yarn of electrospun polyacrylonitrile nanofibers with a length of not less than 2000 meters, and the unwinding speed of the twisting is 5 to 50 m/min. a. dissolving a polyacrylonitrile raw material in a polar solvent under mechanical stirring to obtain a uniform spinning solution, wherein a mass concentration of the spinning solution is 12 to 22% (w/w); b. making the polyacrylonitrile solution in the step a into a polyacrylonitrile nonwoven fabric in an electrospinning machine, wherein the polyacrylonitrile solution is spraying spun in a high-voltage electric field, and DC voltage of the high-voltage electric field in the step b is 30 to 50 kV; c. cutting the nonwoven fabric in the step b into slender strips with a width of 0.5 to 6 cm; d. drafting the slender strips in the step c in a water bath at 80 to 95°C with a draft ratio of 2 to 5 times, then drafting in air at 110 to 150°C with a draft ratio of 3 to 10 times to obtain a fiber bundle with highly oriented internal fibers; e. twisting the fiber bundle in the step d to obtain a continuous filament yarn of electrospun polyacrylonitrile nanofibers with a length of not less than 2000 meters, and the unwinding speed of the twisting is 5 to 50 m/min.
A developer replenishment cartridge, comprising a housing, wherein the developer replenishment cartridge further comprises a first rotating shaft connected to a first end portion of the housing via a sealing bearing, at least one wiper blade connected to a bracket beside the first rotating shaft via at least one bolt, and a second rotating shaft mounted on an inner side of the housing and matching with the first rotating shaft, an outlet provided at a second end portion of the housing and communicating with the second rotating shaft, and a sealing gear inserted in a middle of the outlet; wherein a first driving gear is connected to an end of the first rotating shaft by means of a key joint, a second driving gear is connected to an end of the second rotating shaft by means of a key joint, a driven gear is connected to a middle of the housing via a rotary shaft; characterized in that, both sides of the driven gear are engaged with the first driving gear and the second driving gear respectively, and a driving wheel located above the first driving gear is connected to the first end portion of the housing via a rotary shaft and is engaged with the first driving gear; a push rod inserted into a groove at the second end portion of the housing, a stop block base connected in a middle of the push rod by at least one bolt, a stop block engaged with a middle of the stop block base and having a low end inserted into a branch from an end portion of the push rod, and a push rod teeth provided at the end portion of the push rod and matching with the sealing gear. wherein a first driving gear is connected to an end of the first rotating shaft by means of a key joint, a second driving gear is connected to an end of the second rotating shaft by means of a key joint, a driven gear is connected to a middle of the housing via a rotary shaft; characterized in that, both sides of the driven gear are engaged with the first driving gear and the second driving gear respectively, and a driving wheel located above the first driving gear is connected to the first end portion of the housing via a rotary shaft and is engaged with the first driving gear; a push rod inserted into a groove at the second end portion of the housing, a stop block base connected in a middle of the push rod by at least one bolt, a stop block engaged with a middle of the stop block base and having a low end inserted into a branch from an end portion of the push rod, and a push rod teeth provided at the end portion of the push rod and matching with the sealing gear.
Apparatus for hot coupling and/or edge folding process, wherein a coating layer is fixed onto a piece, comprising at least one first and one second half-moulds (S1, S2) between which the piece to be processed is arranged, first means for circulating a thermal conditioning fluid in at least one of the half-moulds (S1, S2), characterized in that it comprises inserts (11, 12, 13) associated with said at least one of the half-moulds (S1, S2) so that when the half-moulds are closed for coupling operations, the inserts (11, 12, 13) are arranged along the edges (2a, 2b) and the central part of a piece to be coupled, second means (111, 112, 115-117; 121, 122, 125-127; 131, 132, 135-137) for circulating a thermal conditioning fluid in said inserts (11, 12, 13) in proximity of the regions in contact with a piece being processed, in a manner substantially independent of the rest of the half-mould (S1, S2).
Method for recycling an article comprising a thermoplastic matrix formed from a thermoplastic composition comprising at least one microwave depolymerization sensitizer compound, said method comprising the following steps: - placing the article in a reactor, and - applying, to the article placed in the reactor, microwave radiation at a frequency of between 10 MHz and 5.8 GHz and preferably between 900 MHz and 2500 MHz, so as to initiate depolymerization by microwave absorption by said microwave sensitizer compound, and converting at least part of the article into at least one base monomer of said thermoplastic matrix. - placing the article in a reactor, and - applying, to the article placed in the reactor, microwave radiation at a frequency of between 10 MHz and 5.8 GHz and preferably between 900 MHz and 2500 MHz, so as to initiate depolymerization by microwave absorption by said microwave sensitizer compound, and converting at least part of the article into at least one base monomer of said thermoplastic matrix.
Culture vessel, which is configured for culturing biological cells in hanging droplets, comprising - a vessel wall which has a cover section and a bottom section, wherein - the cover section is configured for providing a culturing area and the bottom section is configured for receiving a liquid and is arranged in an inner space of the culture vessel opposite to the culturing area, - the vessel wall encloses an inner space of the culture vessel on all sides, - the culturing area has holding elements which are configured for positioning the droplets, wherein the culturing area is able to accommodate the droplets hanging freely in the inner space, and - the vessel wall is movable so that by means of a movement of parts of the vessel wall relative to each other the holding elements can be wetted with the liquid from the bottom section, characterized in that - the vessel wall is deformable and the cover section and the bottom section are movable relative to one another so that their mutual distance can be reduced and the holding elements can be approached to the bottom section. - a vessel wall which has a cover section and a bottom section, wherein - the cover section is configured for providing a culturing area and the bottom section is configured for receiving a liquid and is arranged in an inner space of the culture vessel opposite to the culturing area, - the vessel wall encloses an inner space of the culture vessel on all sides, - the culturing area has holding elements which are configured for positioning the droplets, wherein the culturing area is able to accommodate the droplets hanging freely in the inner space, and - the vessel wall is movable so that by means of a movement of parts of the vessel wall relative to each other the holding elements can be wetted with the liquid from the bottom section, characterized in that - the vessel wall is deformable and the cover section and the bottom section are movable relative to one another so that their mutual distance can be reduced and the holding elements can be approached to the bottom section.
A breathing assistance system comprising: a ventilator, and a breathing lumen connectable to a tracheostomy tube, the tracheostomy tube being located in the trachea of a patient, and arranged to communicate a flow of air between the ventilator and the tracheostomy tube, characterised in that the system comprises a sensor configured to generate a vibration signal representing vocal cord vibrations of the patient, and the system is configured to facilitate the flow of exhaled air to the atmosphere via the upper airway of the patient in response to detection in the vibration signal of speech or attempted speech by the patient. a ventilator, and a breathing lumen connectable to a tracheostomy tube, the tracheostomy tube being located in the trachea of a patient, and arranged to communicate a flow of air between the ventilator and the tracheostomy tube, characterised in that the system comprises a sensor configured to generate a vibration signal representing vocal cord vibrations of the patient, and the system is configured to facilitate the flow of exhaled air to the atmosphere via the upper airway of the patient in response to detection in the vibration signal of speech or attempted speech by the patient.
A Group III nitride based light emitting diode, comprising: a p-type Group III nitride based semiconductor layer (30, 32); an n-type Group III nitride based semiconductor layer (12, 14); and a Group III nitride based active region between the p-type Group III nitride based semiconductor layer (30,32) and the n-type Group III nitride based semiconductor layer (12, 14), the active region comprising a plurality of sequentially stacked Group III nitride based well layers; wherein the plurality of well layers includes a first plurality of well layers comprising a first well layer having a first thickness and a second well layer having a second thickness, the second well layer is between the p-type Group III nitride based semiconductor layer (30,32) and the first well layer, and the second thickness is greater than the first thickness; wherein, in response to being energized, the light emitting diode emits light having a full width half maximum (FWHM) that is less than about 30 nm; characterised in that the first plurality of well layers have respective thicknesses that decrease with distance from the p-type Group III nitride based semiconductor layer (30, 32) and the plurality of well layers further includes a second plurality of well layers having an equal thickness; the first plurality of well layers have respective bandgaps that decrease with distance from the p-type Group III nitride based semiconductor layer (30,32); and the plurality of well layers have respective band gaps that vary in proportion to the thickness of the respective well layers. a p-type Group III nitride based semiconductor layer (30, 32); an n-type Group III nitride based semiconductor layer (12, 14); and a Group III nitride based active region between the p-type Group III nitride based semiconductor layer (30,32) and the n-type Group III nitride based semiconductor layer (12, 14), the active region comprising a plurality of sequentially stacked Group III nitride based well layers; wherein the plurality of well layers includes a first plurality of well layers comprising a first well layer having a first thickness and a second well layer having a second thickness, the second well layer is between the p-type Group III nitride based semiconductor layer (30,32) and the first well layer, and the second thickness is greater than the first thickness; wherein, in response to being energized, the light emitting diode emits light having a full width half maximum (FWHM) that is less than about 30 nm; characterised in that the first plurality of well layers have respective thicknesses that decrease with distance from the p-type Group III nitride based semiconductor layer (30, 32) and the plurality of well layers further includes a second plurality of well layers having an equal thickness; the first plurality of well layers have respective bandgaps that decrease with distance from the p-type Group III nitride based semiconductor layer (30,32); and the plurality of well layers have respective band gaps that vary in proportion to the thickness of the respective well layers.
Fastening device, of the quarter-turn type, for fastening a part to a support, the fastening device comprising: - a head carrying the part, the head being intended to rest on a first face of the support; - a supporting foot connected to the head and extending along a main axis, the supporting foot being designed to axially penetrate an opening in the support, the opening having a peripheral edge, so as to arrange the fastening device in an insertion position having a first angular orientation, the supporting foot comprising at least one flexible retaining tab for resting on a second face of the support when the fastening device is angularly displaced from the insertion position to a locking position having a second angular orientation; the fastening device being characterized in that the flexible tab carries a lug for bridging the gap that may exist between the supporting foot and the edge of the opening and thus recentering the fastening device in the opening when it is angularly displaced from the insertion position to the locking position. - a head carrying the part, the head being intended to rest on a first face of the support; - a supporting foot connected to the head and extending along a main axis, the supporting foot being designed to axially penetrate an opening in the support, the opening having a peripheral edge, so as to arrange the fastening device in an insertion position having a first angular orientation, the supporting foot comprising at least one flexible retaining tab for resting on a second face of the support when the fastening device is angularly displaced from the insertion position to a locking position having a second angular orientation;