mhurhangee/ep-ind-claims huggingface dataset:
A signal transmission method, performed by a terminal device or a chip in the terminal device, comprising: receiving second indication information from a second wireless network device, wherein the second indication information is used to indicate that a first signal is a reference for spatial information of a second signal to be transmitted by the terminal device, and the second wireless network device is the same as or different from a first wireless network device, the first signal being a non-zero-power reference signal used for obtaining channel state information, or, a synchronization signal, and the second signal being an uplink control signal; receiving (S1, S202) the first signal from the first wireless network device; determining (S2, S203) spatial information of the second signal to be transmitted by the terminal device based on the first signal; and determining a transmit power of an uplink data signal to be transmitted by the terminal device based on a received power of the first signal, wherein the uplink data signal is associated with the second signal. receiving second indication information from a second wireless network device, wherein the second indication information is used to indicate that a first signal is a reference for spatial information of a second signal to be transmitted by the terminal device, and the second wireless network device is the same as or different from a first wireless network device, the first signal being a non-zero-power reference signal used for obtaining channel state information, or, a synchronization signal, and the second signal being an uplink control signal; receiving (S1, S202) the first signal from the first wireless network device; determining (S2, S203) spatial information of the second signal to be transmitted by the terminal device based on the first signal; and determining a transmit power of an uplink data signal to be transmitted by the terminal device based on a received power of the first signal, wherein the uplink data signal is associated with the second signal.
A method of processing a tempered glass having a chemically reinforced surface layer by means of a processing device which is vibrated under rotation thereof, the method comprising the steps of: controlling vibration of the processing device to the tempered glass in a feedback fashion such that a vibration amplitude and a vibration frequency of the processing device approach to a target vibration amplitude and a target vibration frequency, together with setting the target vibration amplitude and the target vibration frequency not to keep them in a range where a value of worsening quality of the tempered glass is generated, the value changing along thickness of the tempered glass during the processing of the tempered glass; and employing a sample cycle of 0.3 msec or less in the feedback control. controlling vibration of the processing device to the tempered glass in a feedback fashion such that a vibration amplitude and a vibration frequency of the processing device approach to a target vibration amplitude and a target vibration frequency, together with setting the target vibration amplitude and the target vibration frequency not to keep them in a range where a value of worsening quality of the tempered glass is generated, the value changing along thickness of the tempered glass during the processing of the tempered glass; and employing a sample cycle of 0.3 msec or less in the feedback control.
A wave soldering bath comprising a bath body, a duct installed in the bath body and having an inlet, a pump installed in an end portion of the duct above the inlet, the inlet being formed below the pump, characterized in that a shielding member is installed below the inlet between the inlet and the bottom inner surface of the bath body so as to shield the bottom inner surface of the bath body against erosion when a vortex develops below the inlet, wherein the shielding member is secured to the duct or to the bottom surface of the bath body.
A communications network in a High Voltage Direct Current, HVDC, power system for communication between at least one control unit and a plurality of power electronics elements comprised in the HVDC power system, wherein the at least one control unit is configured to control the plurality of power electronics elements by means of transmitting at least one signal to the plurality of power electronics elements, wherein the communications network further comprises at least one array (37, 130) of at least one transmit/receive unit (21, 140) configured to, in an upstream direction from the plurality of power electronics elements to the at least one control unit and in a downstream direction from the at least control unit to the plurality of power electronics elements, receive at least one signal transmitted over the communications network in the downstream or upstream direction, and transmit the received at least one signal over the communications network in the downstream or upstream direction, respectively, wherein the at least one transmit/receive unit is further configured to receive at least one signal from an upstream direction, and evaluate if the at least one signal is correctly received, and in case the at least one signal is correctly received, forward, in an allocated first time slot, the at least one signal to a plurality of transmit/receive units (19, 120) in a downstream direction, and receive, in an allocated second time slot, a plurality of signals from the plurality of transmit/receive units as a response of the forwarded at least one signal.
A suture fixation system comprising: a suture assembly comprising an anchor; an introducer that is attachable to a finger of a person, the introducer comprising a platform attached to an exterior of the introducer and a zip line attached to the platform; and a delivery device movable along the zip line and configured to removably retain the anchor; wherein the introducer allows the finger to identify a target landmark within a patient and the delivery device is movable along the zip line and attachable to the platform to position the anchor for insertion to the target landmark. a suture assembly comprising an anchor; an introducer that is attachable to a finger of a person, the introducer comprising a platform attached to an exterior of the introducer and a zip line attached to the platform; and a delivery device movable along the zip line and configured to removably retain the anchor; wherein the introducer allows the finger to identify a target landmark within a patient and the delivery device is movable along the zip line and attachable to the platform to position the anchor for insertion to the target landmark.
An arrangement for landing gear comprising: a piston having an attachment portion with a pivot connection for a bogie beam at a lower end; a bogie beam mounted to the attachment portion at the pivot; forward and rear brake assemblies supported by the bogie beam on forward and rear sides of the piston respectively; a forward brake rod connected to the forward brake assembly at a position above an axis of rotation for the forward brake assembly whereby the forward brake rod is acting under tension during braking; and a rear brake rod connected to the rear brake assembly at a position below an axis of rotation for a rear brake assembly whereby the rear brake rod is acting under tension during braking; characterised in that a rear end of the forward brake rod is connected to the attachment portion forward of the pivot connection of the bogie beam, and a forward end of the rear brake rod is connected to the attachment portion, at a position rearward of the pivot connection. a piston having an attachment portion with a pivot connection for a bogie beam at a lower end; a bogie beam mounted to the attachment portion at the pivot; forward and rear brake assemblies supported by the bogie beam on forward and rear sides of the piston respectively; a forward brake rod connected to the forward brake assembly at a position above an axis of rotation for the forward brake assembly whereby the forward brake rod is acting under tension during braking; and a rear brake rod connected to the rear brake assembly at a position below an axis of rotation for a rear brake assembly whereby the rear brake rod is acting under tension during braking; characterised in that a rear end of the forward brake rod is connected to the attachment portion forward of the pivot connection of the bogie beam, and a forward end of the rear brake rod is connected to the attachment portion, at a position rearward of the pivot connection.
Turbine blade for a gas turbine, having a blade root and having an aerodynamically curved blade airfoil, which has a blade wall and has a crown base which is arranged at the free end of the blade airfoil, wherein the blade wall comprises a pressure-side and a suction-side wall section (05, 06) and encloses at least one first and one second flow chamber (11,12), between which (11,12) a first separating wall, which connects the wall sections (05, 06), is arranged, wherein the first separating wall has, at the end pointing toward the crown base, a through-passage for connecting the first flow chamber to the second flow chamber (11,12), and wherein at least one cooling-air opening is present in the crown base, the cooling-air opening being formed as a single relief groove (21,23), or being formed by at least two relief grooves (22a,22b,22c) which are arranged next to one another in an offset manner, the individual or combined minimum length of which (21,22a,22b,22c,23) corresponds to at least 0.5 times the width of the first separating wall and which (21,22a,22b,22c,23), on both sides, extends/extend individually or in combination to beyond the through-passage, characterized in that a second separating wall is arranged adjacent to the second flow chamber and a third flow chamber is arranged opposite the first flow chamber, and in that a second through-passage is present between the second separating wall and the crown base, which has at least 2 times, in particular at least 5 times or in particular at least 10 times, the free cross section of the first through-passage.
A bridge abutment made of reinforced concrete having a base plate, an abutment wall, and at least one wing wall, which comprises at least one wing wall element formed as a precast concrete part having a precast concrete part reinforcement, wherein the abutment wall is formed at least partially by in-situ concrete having an abutment wall reinforcement, characterized in that the precast concrete part forms a part of a formwork of the abutment wall and the precast concrete part reinforcement at least partially forms the abutment wall reinforcement and/or is connected via at least one connecting attachment to the abutment wall reinforcement and the base plate is at least partially formed by in-situ concrete having a base plate reinforcement, wherein the precast concrete part forms a part of a formwork of the base plate and the precast concrete part reinforcement at least partially forms the base plate reinforcement and/or is connected to the base plate reinforcement via at least one connecting attachment.
A method for detecting frame types in a bitstream comprising a plurality of received frames, comprising: determining that a detection of play time in packet header information of a current frame from the bitstream has failed; if a data amount of the current frame is larger than a first threshold, determining the current frame as an intra coded frame, I-frame, wherein the first threshold is obtained by calculation according to an average data amount of a specified number of consecutive frames and the data amount of a previous I-frame; obtaining a coding type of the bitstream, wherein the coding type comprises open-loop coding and closed-loop coding, wherein the obtaining the coding type of the bitstream comprises, if a specified ratio of determined I-frames are immediately followed by a P-frame, determining that the coding type is closed-loop coding, or otherwise determining that the coding type is open-loop coding; if the frame immediately previous to the current frame is an I-frame and the coding type is open-loop coding and the data amount of the current frame is larger than a fourth threshold, determining the current frame as a unidirectional predicted frame, P-frame, wherein the fourth threshold is an average of an average data amount of P-frames and an average data amount of B-frames in a group of pictures; and if the current frame is neither an I-frame nor a P-frame, determining the current frame as a B-frame. determining that a detection of play time in packet header information of a current frame from the bitstream has failed; if a data amount of the current frame is larger than a first threshold, determining the current frame as an intra coded frame, I-frame, wherein the first threshold is obtained by calculation according to an average data amount of a specified number of consecutive frames and the data amount of a previous I-frame; obtaining a coding type of the bitstream, wherein the coding type comprises open-loop coding and closed-loop coding, wherein the obtaining the coding type of the bitstream comprises, if a specified ratio of determined I-frames are immediately followed by a P-frame, determining that the coding type is closed-loop coding, or otherwise determining that the coding type is open-loop coding; if the frame immediately previous to the current frame is an I-frame and the coding type is open-loop coding and the data amount of the current frame is larger than a fourth threshold, determining the current frame as a unidirectional predicted frame, P-frame, wherein the fourth threshold is an average of an average data amount of P-frames and an average data amount of B-frames in a group of pictures; and if the current frame is neither an I-frame nor a P-frame, determining the current frame as a B-frame.
A shaft assembly comprising: a gear shaft having a gear region and a bearing region; a first bearing disposed about the bearing region of the gear shaft; and a gear formed of gear steel and disposed about the gear region of the gear shaft, wherein the first bearing includes a ceramic material, wherein the bearing region of the gear shaft includes a bearing-region material that has a coefficient of thermal expansion that is close to the CTE of the ceramic material; wherein the gear region of the gear shaft is formed of gear steel, having the same CTE as the gear. a gear shaft having a gear region and a bearing region; a first bearing disposed about the bearing region of the gear shaft; and a gear formed of gear steel and disposed about the gear region of the gear shaft, wherein the first bearing includes a ceramic material, wherein the bearing region of the gear shaft includes a bearing-region material that has a coefficient of thermal expansion that is close to the CTE of the ceramic material; wherein the gear region of the gear shaft is formed of gear steel, having the same CTE as the gear.
Method for the preparation of a mixture of glaze for a glazing plant, said glaze mixture comprising selected doses of high density virgin glaze, additives and dilution liquid, said virgin glaze and additives being provided on request by a dosing unit, said method being characterized by including: - dosing components of said glaze and dilution liquid mixture in a dosing and measuring vessel provided in said glazing plant, and checking the density and composition of said mixture to keep it within tolerances prescribed for its use by drawing suitable quantities of virgin glaze, additives or dilution liquid; - periodically drawing amounts of said glaze mixture having workable density by a feeding vessel provided in said glazing plant and connected to said dosing and measuring vessel, so as to keep a quantity of glaze mixture greater than a minimum operating value inside said feeding vessel; - taking said glaze mixture having workable density from the feeding vessel to feed a glaze applicator assembly located in at least one glazing chamber provided in said glazing plant; - recovering supplied and non-applied glaze mixture from bottom of the glazing chamber, and re-introduction thereof in circulation upstream of said dosing and measuring vessel. - dosing components of said glaze and dilution liquid mixture in a dosing and measuring vessel provided in said glazing plant, and checking the density and composition of said mixture to keep it within tolerances prescribed for its use by drawing suitable quantities of virgin glaze, additives or dilution liquid; - periodically drawing amounts of said glaze mixture having workable density by a feeding vessel provided in said glazing plant and connected to said dosing and measuring vessel, so as to keep a quantity of glaze mixture greater than a minimum operating value inside said feeding vessel; - taking said glaze mixture having workable density from the feeding vessel to feed a glaze applicator assembly located in at least one glazing chamber provided in said glazing plant; - recovering supplied and non-applied glaze mixture from bottom of the glazing chamber, and re-introduction thereof in circulation upstream of said dosing and measuring vessel.
A solar cell element, comprising: a semiconductor substrate; an antireflection film disposed in a first region on one main surface of the semiconductor substrate; wherein the one main surface of the semiconductor substrate has a texture structure in which projections having average width and height of 2 μm or less are formed; and a front surface electrode which is disposed in a second region on the one main surface of the semiconductor substrate, comprises silver as a main component and contains a tellurium-based glass containing tellurium, tungsten, and bismuth as essential components, characterized in that the tellurium-based glass contains, in terms of oxide, the tellurium in an amount of 30 to 80 mol%, the tungsten in an amount of 10 to 50 mol%, and the bismuth in an amount of 5 to 25 mol%. a semiconductor substrate; an antireflection film disposed in a first region on one main surface of the semiconductor substrate; wherein the one main surface of the semiconductor substrate has a texture structure in which projections having average width and height of 2 μm or less are formed; and a front surface electrode which is disposed in a second region on the one main surface of the semiconductor substrate, comprises silver as a main component and contains a tellurium-based glass containing tellurium, tungsten, and bismuth as essential components, characterized in that the tellurium-based glass contains, in terms of oxide, the tellurium in an amount of 30 to 80 mol%, the tungsten in an amount of 10 to 50 mol%, and the bismuth in an amount of 5 to 25 mol%.
A power supply unit for an aerosol generation device, the power supply unit comprising: an internal power supply configured to hold power supplied to a heater configured to heat an aerosol source; a first connector connectable to an external device and including a first communication terminal; a controller configured to control power supply from the internal power supply to the heater and including a second communication terminal; an integrated circuit (13, 18, 21) including a third communication terminal; a first communication path between the first communication terminal of the first connector and the second communication terminal of the controller; the power supply unit characterized by comprising: a second communication path between the second communication terminal of the controller and the third communication terminal of the integrated circuit (13, 18, 21); and a switch unit positioned on the first communication path and configured to set the first communication path to a conductive state or a disconnected state, wherein the second communication path is configured to be set in the conductive state both in a case in which the first communication path is set to the conductive state and a case in which the first communication path is set to the disconnected state. an internal power supply configured to hold power supplied to a heater configured to heat an aerosol source; a first connector connectable to an external device and including a first communication terminal; a controller configured to control power supply from the internal power supply to the heater and including a second communication terminal; an integrated circuit (13, 18, 21) including a third communication terminal; a first communication path between the first communication terminal of the first connector and the second communication terminal of the controller; the power supply unit characterized by comprising: a second communication path between the second communication terminal of the controller and the third communication terminal of the integrated circuit (13, 18, 21); and a switch unit positioned on the first communication path and configured to set the first communication path to a conductive state or a disconnected state, wherein the second communication path is configured to be set in the conductive state both in a case in which the first communication path is set to the conductive state and a case in which the first communication path is set to the disconnected state. a second communication path between the second communication terminal of the controller and the third communication terminal of the integrated circuit (13, 18, 21); and a switch unit positioned on the first communication path and configured to set the first communication path to a conductive state or a disconnected state, wherein the second communication path is configured to be set in the conductive state both in a case in which the first communication path is set to the conductive state and a case in which the first communication path is set to the disconnected state.
Metal or metallized reinforcer, at least the surface of which is at least partially metallic, at least said metallic part being coated with a polybenzoxazine, the repeat units of which comprise at least one unit corresponding to the formulae or: in which: - Z 1 represents an at least divalent, aliphatic, cycloaliphatic or aromatic bonding group comprising at least one carbon atom and optionally at least one heteroatom selected from O, S, N and P; - X 1 and X 2, which are identical or different, represent O or S; - Ar 1 and Ar 2, which are identical or different, represent a substituted or unsubstituted phenylene group; - Z 2 represents O or n, the symbol "n" representing an integer equal to 1 or greater than 1, - the symbol "*" represents the attachment resulting from the opening of the oxazine rings. - Z 1 represents an at least divalent, aliphatic, cycloaliphatic or aromatic bonding group comprising at least one carbon atom and optionally at least one heteroatom selected from O, S, N and P; - X 1 and X 2, which are identical or different, represent O or S; - Ar 1 and Ar 2, which are identical or different, represent a substituted or unsubstituted phenylene group; - Z 2 represents O or n, the symbol "n" representing an integer equal to 1 or greater than 1, - the symbol "*" represents the attachment resulting from the opening of the oxazine rings.