mhurhangee/ep-ind-claims huggingface dataset:
A multipurpose air vehicle comprising: a frame on which a plurality of propellers and a mechanical unit equipped with an engine are mounted; and a cabin coupled inside the frame, having a front end, opposing rear end, a left end and an opposing right end, wherein the frame is constructed by upper and lower circular plates (101, 102) and curved posts (111, 112, 113, 114) that interconnect the upper and the lower circular plates (101, 102), wherein the frame is provided with two or more arms that can protrude and retract, and at least one of the plurality of propellers is provided on the tip end of each arm, and wherein the cabin includes connectors provided on the front, the rear ends, the left, and the right ends of the cabin, and each connector has a tip end installed on a rail of the frame so as to guide pivoting of the cabin. a frame on which a plurality of propellers and a mechanical unit equipped with an engine are mounted; and a cabin coupled inside the frame, having a front end, opposing rear end, a left end and an opposing right end, wherein
A cycle carrier comprising at least one elongate element designed to receive a least one tyre of a bicycle and comprising a plurality of segments, wherein the cycle carrier has a configuration of use wherein the segments are joined together and a configuration of non-use wherein the segments are separated from each other; wherein each segment is designed to receive the tyre; wherein joining means are provided for fixing the segments to each other, in a removable fashion; wherein the joining means comprise a joining element equipped with two connecting parts each designed to be fixed in a removable fashion to an end portion of a relative segment; the cycle carrier being characterized in that the joining element comprises two opposite sides (201, 202), in use upper and lower, each designed to come into contact with a different segment in the above-mentioned use configuration.
A method of preparing cells for 3D tissue culture, the method comprising the steps of a) plating hepatocytes on a suitable surface, b) optionally, checking for their capability to adhere to said surface, c) discarding the cells which have not adhered to said surface, d) detaching the adhered cells and transferring them into a 3D tissue culture process, wherein the method does not encompass the application of a viability assay throughout steps a) - d), in which method the cells are not expanded any time prior to, during or after plating, and the cells are not passaged after plating. a) plating hepatocytes on a suitable surface, b) optionally, checking for their capability to adhere to said surface, c) discarding the cells which have not adhered to said surface, d) detaching the adhered cells and transferring them into a 3D tissue culture process,
A multiway switch, comprising: twelve throw ports and four pole ports; the twelve T ports comprising four first T ports and each first T port being coupled with all of the four P ports; the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit, and, through said P ports, with an antenna system of an electronic device operable in a dual-frequency dual-transmit mode, to enable a preset function of the electronic device, the antenna system comprising four antennas corresponding to the four P ports, each of the four P ports being coupled with a corresponding antenna, and the preset function being a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; characterized in that the twelve T ports further comprise eight second T ports, each of the eight second T ports is coupled with only one of the four P ports, and among the eight second T ports, second T ports operable at the same frequency band are coupled with different P ports of the four P ports; the four first T ports only support a transmission function; and the eight second T ports only support a reception function. twelve throw ports and four pole ports; the twelve T ports comprising four first T ports and each first T port being coupled with all of the four P ports; the multiway switch being configured to be coupled, through said T ports, with a radio frequency circuit, and, through said P ports, with an antenna system of an electronic device operable in a dual-frequency dual-transmit mode, to enable a preset function of the electronic device, the antenna system comprising four antennas corresponding to the four P ports, each of the four P ports being coupled with a corresponding antenna, and the preset function being a function of transmitting a sounding reference signal, SRS, through the four antennas in turn; characterized in that the twelve T ports further comprise eight second T ports, each of the eight second T ports is coupled with only one of the four P ports, and among the eight second T ports, second T ports operable at the same frequency band are coupled with different P ports of the four P ports; the four first T ports only support a transmission function; and the eight second T ports only support a reception function.
Deformable heat sink for a lighting device, wherein at least one length section of the heat sink consists of a plurality of cooling arms which are designed to spread out or bend out laterally from the heat sink in order to reduce the length of the heat sink, comprising a connecting element to connect the heat sink to the lighting device, characterized in that the cooling arms are linked at one end to the connecting element and comprise a free other end so that the cooling arms may be deflected laterally out of the heat sink, wherein the free end of the cooling arms is beveled.
A method for handling a biological sample to a remote site for cell-free RNA analysis, comprising the steps of: a. drawing a blood sample directly into a stabilizing blood collection device at a blood draw site, such blood collection device including an effective amount of a stabilizing agent selected from imidazolidinyl urea and glycine and diazolidinyl urea and glycine, the sample of blood including an initial amount of background RNA and an amount of cell free RNA; b. treating one or more components of the sample with the stabilizing agent for mitigating the propensity of background RNA within the sample to increase relative to the initial amount; c. transporting the sample, while it remains in the blood collection device, for delivery to site at which cell-free RNA analysis is to be performed, during which transporting step the blood collection device and the sample contained therein is subjected to one or more temperatures within a range of 5 to 35 °C; d. performing cell free RNA analysis on the sample at least 24 hours after the drawing of the sample. a. drawing a blood sample directly into a stabilizing blood collection device at a blood draw site, such blood collection device including an effective amount of a stabilizing agent selected from imidazolidinyl urea and glycine and diazolidinyl urea and glycine, the sample of blood including an initial amount of background RNA and an amount of cell free RNA; b. treating one or more components of the sample with the stabilizing agent for mitigating the propensity of background RNA within the sample to increase relative to the initial amount; c. transporting the sample, while it remains in the blood collection device, for delivery to site at which cell-free RNA analysis is to be performed, during which transporting step the blood collection device and the sample contained therein is subjected to one or more temperatures within a range of 5 to 35 °C; d. performing cell free RNA analysis on the sample at least 24 hours after the drawing of the sample.
A keyboard, comprising: a circuit board including a contact terminal; a key cap; a housing including at least one key cap hole configured to penetrate the key cap; an elastic support member configured to support the key cap for moving the key cap and to press the contact terminal while the key cap moves in a downward direction; a link configured to guide an elevation movement of the key cap by connecting a first end of the link to the bottom of the key cap; a rotational support plate configured to be connected to a second end of the link and to rotate on the center of the elastic support member; and a fixing support plate including a circular groove configured to internally accommodate the rotational support plate, wherein the key cap is configured to stop moving in the downward direction by the housing according to rotation of the rotational support plate. a circuit board including a contact terminal; a key cap; a housing including at least one key cap hole configured to penetrate the key cap; an elastic support member configured to support the key cap for moving the key cap and to press the contact terminal while the key cap moves in a downward direction; a link configured to guide an elevation movement of the key cap by connecting a first end of the link to the bottom of the key cap; a rotational support plate configured to be connected to a second end of the link and to rotate on the center of the elastic support member; and a fixing support plate including a circular groove configured to internally accommodate the rotational support plate, wherein the key cap is configured to stop moving in the downward direction by the housing according to rotation of the rotational support plate.
A process for preparing a lithium-air battery comprising a negative electrode and a positive electrode separated by an electrolyte, wherein the negative electrode consists of a film of metallic material selected from lithium and lithium alloys, the positive electrode comprises a film of porous carbon material on a current collector and the electrolyte is a solution of a lithium salt in a polymer solvent, said electrolyte further comprising a hydrophobic ionic liquid, said process consisting in preparing the positive electrode, the electrolyte and a film of metallic material intended to form the negative electrode, and in assembling the positive electrode, the electrolyte and the film of metallic material, characterized in that it comprises a step consisting in subjecting the film of metallic material to a gaseous atmosphere containing SO 2.
An assembly for guiding at least one moveable furniture door, in particular a folding-sliding door, relative to a stationary furniture part between a closed position of outwardly covering at least one internal space in the stationary furniture part and an open position which is at least region-wise sunk in an, in particular shaft-shaped, side space of the stationary furniture part, in which the at least one internal space of the stationary furniture part is freely accessible to a user, wherein the assembly includes at least one longitudinal rail which is oriented substantially parallel to a closing plane in which the at least one moveable furniture door is arranged in the closed position, and at least one transverse rail arranged transversely, in particular perpendicularly, to the longitudinal rail, wherein the transverse rail can be arranged substantially parallel to a depth direction of the side space of the stationary furniture part, wherein there is provided at least one fixing device for fixing the at least one longitudinal rail and/or transverse rail to the stationary furniture part, wherein the at least one fixing device has at least one adjusting device with which the at least one transverse rail or the at least one longitudinal rail and the at least one transverse rail is or are adjustable substantially parallel to a longitudinal direction of the at least one transverse rail relative to the stationary furniture part, wherein the at least one longitudinal rail and the at least one transverse rail provide a transitional region for the at least one moveable furniture door and wherein the at least one adjusting device includes at least one actuating element arranged in the transitional region, wherein the at least one actuating element is mounted rotatably on the at least one transverse rail and the at least one actuating element has a longitudinal axis and is mounted rotatably about said longitudinal axis, characterized in that the at least one actuating element is oriented substantially parallel to the longitudinal direction of the at least one transverse rail.
Irreversible joint for coupling rotating members, comprising - a driving member and a driven member, both rotatably movable with respect to a fixed structure (12, 14, 16); - one or more thrust-transmitting members arranged between the driving member and the driven member so that the driving member can transmit an axial thrust to the driven member; characterized in that between the driving member and the fixed structure there is a force resisting to relative rotation larger than that between the driven member and the fixed structure. - a driving member and a driven member, both rotatably movable with respect to a fixed structure (12, 14, 16); - one or more thrust-transmitting members arranged between the driving member and the driven member so that the driving member can transmit an axial thrust to the driven member;
Device for dispensing one or more jets of fluid comprising a fluid-conveying pipeline supplying one or more fluid-dispensing nozzles arranged at the downstream end of said pipeline, and a motor collaborating with the fluid-conveying pipeline by means of a rotary transmission shaft and a transmission mechanism (4a, 4b), in which device: - the fluid-conveying pipeline comprises an upstream portion having a first axis and a downstream portion having a second axis, the first and second axes (XX, YY) forming an angle (α) therebetween of between 5 and 50°, - the downstream portion having a second axis supporting the downstream end of the pipeline with said fluid-dispensing nozzle(s), and the transmission mechanism (4a, 4b) comprises movement-inducing means capable of acting on said downstream pipeline portion to impart a determined movement thereto, characterised in that - the transmission mechanism (4a, 4b) comprises a support pinion which is movable in rotation about a rotation axis located at the centre of said support pinion, the fluid-conveying pipeline being arranged eccentrically and running freely through said support pinion, and also a pinion drive means collaborating with the support pinion, - and in that the fluid-conveying pipeline collaborates with an anchoring means arranged on the pipeline upstream of the support pinion, said anchoring means forming all or part of a setting system which makes it possible to select or adjust the length of fluid-conveying pipeline between the anchoring means and the downstream end of said pipeline. - the fluid-conveying pipeline comprises an upstream portion having a first axis and a downstream portion having a second axis, the first and second axes (XX, YY) forming an angle (α) therebetween of between 5 and 50°, - the downstream portion having a second axis supporting the downstream end of the pipeline with said fluid-dispensing nozzle(s), and the transmission mechanism (4a, 4b) comprises movement-inducing means capable of acting on said downstream pipeline portion to impart a determined movement thereto, characterised in that - the transmission mechanism (4a, 4b) comprises a support pinion which is movable in rotation about a rotation axis located at the centre of said support pinion, the fluid-conveying pipeline being arranged eccentrically and running freely through said support pinion, and also a pinion drive means collaborating with the support pinion, - and in that the fluid-conveying pipeline collaborates with an anchoring means arranged on the pipeline upstream of the support pinion, said anchoring means forming all or part of a setting system which makes it possible to select or adjust the length of fluid-conveying pipeline between the anchoring means and the downstream end of said pipeline.
An event processing method performed by User Equipment, LTE, the method comprising: measuring relevant signals of at least two events; and performing handover when the at least two events meet a configured condition, wherein meeting the configured condition comprises: a part of events out of the at least two events meet corresponding trigger conditions; and/or a timing duration meets a second preset duration, and wherein the method further comprises: starting timing when the part of events out of the at least two events meet the corresponding trigger conditions; after the timing is started, triggering performance of the handover when the timing duration meets the second preset duration and other events out of the at least two events than the part of events meet the corresponding trigger conditions; and ending the timing when at least one of the part of events out of the at least two events does not meet the corresponding trigger condition. measuring relevant signals of at least two events; and performing handover when the at least two events meet a configured condition, wherein meeting the configured condition comprises: a part of events out of the at least two events meet corresponding trigger conditions; and/or a timing duration meets a second preset duration, and wherein the method further comprises: starting timing when the part of events out of the at least two events meet the corresponding trigger conditions; after the timing is started, triggering performance of the handover when the timing duration meets the second preset duration and other events out of the at least two events than the part of events meet the corresponding trigger conditions; and ending the timing when at least one of the part of events out of the at least two events does not meet the corresponding trigger condition. a part of events out of the at least two events meet corresponding trigger conditions; and/or a timing duration meets a second preset duration, and wherein the method further comprises: starting timing when the part of events out of the at least two events meet the corresponding trigger conditions; after the timing is started, triggering performance of the handover when the timing duration meets the second preset duration and other events out of the at least two events than the part of events meet the corresponding trigger conditions; and ending the timing when at least one of the part of events out of the at least two events does not meet the corresponding trigger condition. starting timing when the part of events out of the at least two events meet the corresponding trigger conditions; after the timing is started, triggering performance of the handover when the timing duration meets the second preset duration and other events out of the at least two events than the part of events meet the corresponding trigger conditions; and ending the timing when at least one of the part of events out of the at least two events does not meet the corresponding trigger condition.
A method for fastening aircraft components together, comprising: forming a fit between a fastener and a hole, the fastener comprising: a head; a cylindrical shank that extends from the head and is dimensioned to engage in a fit with a corresponding hole; and a discontinuously speckled coating, wherein, the coating exhibits a higher lubricity than a surface of the shank, and wherein the coating exhibits a higher dielectric withstand voltage than the surface of the shank, driving the shank of the fastener into the hole, building up electrical energy between the shank and the hole, traversing the electrical energy around the coating; and dissipating the electrical energy at irregular portions of the shank that are not covered by the coating, along the entire circumference of the shank, wherein the discontinuously speckled coating is obtained by applying a speckled coating to the fastener in such a way as to leave irregular portions of a surface of the shank exposed and uncovered by the coating. a head; a cylindrical shank that extends from the head and is dimensioned to engage in a fit with a corresponding hole; and a discontinuously speckled coating, wherein, the coating exhibits a higher lubricity than a surface of the shank, and wherein the coating exhibits a higher dielectric withstand voltage than the surface of the shank, driving the shank of the fastener into the hole, building up electrical energy between the shank and the hole, traversing the electrical energy around the coating; and dissipating the electrical energy at irregular portions of the shank that are not covered by the coating, along the entire circumference of the shank, wherein the discontinuously speckled coating is obtained by applying a speckled coating to the fastener in such a way as to leave irregular portions of a surface of the shank exposed and uncovered by the coating.
A method performed by a first radio node for determining one or more precoders for beamforming of reference signals, which reference signals relate to Channel State Information, CSI, of a forward link channel from the first radio node to a second radio node, the method comprising: receiving reverse link reference signals from the second radio node, estimating a first quality value of the forward link channel based on the received reverse link reference signal, determining one or more first precoders of respective one or more first ranks based on the reverse link reference signal and the estimated first quality value, wherein at least one of out of the one or more first precoders of the respective first ranks is determined to be a first precoder of a full-rank when the estimated first quality value is below a threshold; and triggering a first transmission of one or more first forward link reference signals to the second radio node, which one or more first forward link reference signals are beamformed according to the determined respective one or more first precoders. receiving reverse link reference signals from the second radio node, estimating a first quality value of the forward link channel based on the received reverse link reference signal, determining one or more first precoders of respective one or more first ranks based on the reverse link reference signal and the estimated first quality value, wherein at least one of out of the one or more first precoders of the respective first ranks is determined to be a first precoder of a full-rank when the estimated first quality value is below a threshold; and triggering a first transmission of one or more first forward link reference signals to the second radio node, which one or more first forward link reference signals are beamformed according to the determined respective one or more first precoders.
Rail vehicle having a first current collector (32.1), which can power a first transformer unit (26.1) by way of a first main switch (30.1), at least one second current collector (32.2) which differs from the first current collector (32.1) and can power a second transformer unit (26.2) which differs from the first transformer unit (26.1) by way of a second main switch (30.2) which differs from the first main switch (30.1), and an electric connector unit, by means of which in a first mode of operation an energy flow can be established between the first current collector (32.1) and the second transformer unit (26.2), and in a second mode of operation an energy flow can be established between the second current collector (32.2) and the first transformer unit (26.1), characterised in that the electric connector unit has a connecting line and a switching unit, wherein the switching unit has two switching apparatuses (40.1, 40.2; 40'.1, 40'.2) connected by way of the electric connecting line, which are each assigned to a different main switch (30.1, 30.2), wherein each switching apparatus (40.1, 40.2; 40'.1, 40'2) is embodied to selectively establish an electrical contact of the connecting line with the side of the assigned main switch (30.1, 30.2) facing the assigned current collector (32.1, 32.2) or with the side facing away from the assigned current collector (32.1, 32.2) and in both modes of operation the switching unit is embodied to connect the main switches (30.1, 30.2) in series in the direction of the energy flow.