mhurhangee/ep-ind-claims huggingface dataset:
Preheating unit for a forming tool (8, 10) for forming a folding area (6, 6') respectively adjoining on both sides of a spine area of book covers lying stretched out or a spine area and a folding area (6, 6') respectively adjoining on both sides of book covers lying stretched out, with a working position for the forming tool (8, 10), with at least one heating element arranged in the area of the working position and with at least one temperature sensor connected to the at least one heating element, wherein the preheating unit has a control unit connected to the at least one heating element and to the at least one temperature sensor, possesses several working positions for different forming tools (8, 10) for forming book covers lying stretched out, and has at least one sensor connected to the control unit for detection of at least one identification feature of the forming tools (8, 10) accommodated in the preheating unit. has a control unit connected to the at least one heating element and to the at least one temperature sensor, possesses several working positions for different forming tools (8, 10) for forming book covers lying stretched out, and has at least one sensor connected to the control unit for detection of at least one identification feature of the forming tools (8, 10) accommodated in the preheating unit.
A method of triggering uplink multi-user, UL-MU, transmission in wireless local area network, WLAN, the method comprising: transmitting, by an access point, AP, a beacon frame including transmission time offset information to a plurality of stations, STAs, wherein the transmission time offset information indicates a time point at which the plurality of STAs entering a doze state after reception of the beacon frame are to be switched to an awake state; transmitting, by the AP, a first power save, PS,-poll trigger frame according to the transmission time offset information, wherein the first PS-poll trigger frame triggers the UL-MU transmission from a plurality of first STAs belonging to a first group among the plurality of STAs, and wherein the first PS-poll trigger frame includes partial association identifier, AID, information for the plurality of first STAs and resource allocation information for a plurality of first PS-poll frames to be transmitted by the plurality of first STAs; and receiving, by the AP, the plurality of first PS-poll frames from the plurality of first STAs in response to the first PS-poll trigger frame. transmitting, by an access point, AP, a beacon frame including transmission time offset information to a plurality of stations, STAs, wherein the transmission time offset information indicates a time point at which the plurality of STAs entering a doze state after reception of the beacon frame are to be switched to an awake state; transmitting, by the AP, a first power save, PS,-poll trigger frame according to the transmission time offset information, wherein the first PS-poll trigger frame triggers the UL-MU transmission from a plurality of first STAs belonging to a first group among the plurality of STAs, and wherein the first PS-poll trigger frame includes partial association identifier, AID, information for the plurality of first STAs and resource allocation information for a plurality of first PS-poll frames to be transmitted by the plurality of first STAs; and receiving, by the AP, the plurality of first PS-poll frames from the plurality of first STAs in response to the first PS-poll trigger frame.
A method of forming a patterned laminate nanomold, comprising: nip rolling, using a roll laminator, a patterned master comprising a patterned structure with a curable polymeric material having a surface energy less than 30 mN/m against a backing layer; and conforming the curable polymeric material to the structure defined in the patterned master to transfer a shape of the patterned structure to form a plurality of cavities in the curable polymeric material, wherein the cavities substantially mimic the patterned structure and are less than about 10 micrometers in a largest dimension, curing the curable polymeric material to form a laminate of the cured curable polymeric material and the backing layer, wherein the backing layer introduces a modulus of greater than 1000 MPa to the laminate. nip rolling, using a roll laminator, a patterned master comprising a patterned structure with a curable polymeric material having a surface energy less than 30 mN/m against a backing layer; and conforming the curable polymeric material to the structure defined in the patterned master to transfer a shape of the patterned structure to form a plurality of cavities in the curable polymeric material, wherein the cavities substantially mimic the patterned structure and are less than about 10 micrometers in a largest dimension, curing the curable polymeric material to form a laminate of the cured curable polymeric material and the backing layer, wherein the backing layer introduces a modulus of greater than 1000 MPa to the laminate.
High-carbon chromium bearing steel consisting of: 0.5 wt% to 1.2 wt% of carbon; 0.15 wt% to 2.0 wt% of silicon (Si); 0.05 wt% to 0.45 wt% of manganese (Mn); 0.025 wt% or less excluding 0 wt% of phosphorus; 0.025 wt% or less excluding 0 wt% of sulfur; 0.1 wt% to 1.6 wt% of chromium (Cr); 0.01 wt% to 0.3 wt% of cerium (Ce); and iron (Fe) as well as other unavoidable impurities as a remainder, and wherein the bearing steel comprises a Ce compound. 0.5 wt% to 1.2 wt% of carbon; 0.15 wt% to 2.0 wt% of silicon (Si); 0.05 wt% to 0.45 wt% of manganese (Mn); 0.025 wt% or less excluding 0 wt% of phosphorus; 0.025 wt% or less excluding 0 wt% of sulfur; 0.1 wt% to 1.6 wt% of chromium (Cr); 0.01 wt% to 0.3 wt% of cerium (Ce); and
A motor control device for a working vehicle, comprising: a rotational speed control device that controls a rotational speed of a motor in accordance with an operation amount of an accelerator pedal; a travel drive device that transmits rotation of the motor to wheels through a torque converter and a transmission; a speed ratio detection device that detects a speed ratio of an input shaft and an output shaft of the torque converter as (output speed Nt)/(input speed Ni); and a speed restriction device that restricts a maximum rotational speed of the motor in accordance with a speed ratio detected by the speed ratio detection device, characterised in that the speed restriction device restricts the maximum rotational speed by a restriction amount (ΔN) which is a difference between an upper limit value (Nmax) of the maximum motor rotational speed and a restricted maximum rotational speed (Ns), wherein: in a case where a speed step of the transmission is a low speed step of a first speed step or a second speed step, when a detected speed ratio is equal to or greater than the first predetermined value and less than a second predetermined value, which is greater than the first predetermined value, the speed restriction device, sets the restriction amount to be greater than that when a speed ratio is less than the first predetermined value or equal to or greater than the second predetermined value. a rotational speed control device that controls a rotational speed of a motor in accordance with an operation amount of an accelerator pedal; a travel drive device that transmits rotation of the motor to wheels through a torque converter and a transmission; a speed ratio detection device that detects a speed ratio of an input shaft and an output shaft of the torque converter as (output speed Nt)/(input speed Ni); and a speed restriction device that restricts a maximum rotational speed of the motor in accordance with a speed ratio detected by the speed ratio detection device, characterised in that the speed restriction device restricts the maximum rotational speed by a restriction amount (ΔN) which is a difference between an upper limit value (Nmax) of the maximum motor rotational speed and a restricted maximum rotational speed (Ns), wherein: in a case where a speed step of the transmission is a low speed step of a first speed step or a second speed step, when a detected speed ratio is equal to or greater than the first predetermined value and less than a second predetermined value, which is greater than the first predetermined value, the speed restriction device, sets the restriction amount to be greater than that when a speed ratio is less than the first predetermined value or equal to or greater than the second predetermined value.
A transient detector operating on a series of frames of an audio signal, said audio signal to be encoded by an associated transform-based audio encoder, wherein said transient detector comprises: - means for analyzing a given frame n of said audio signal to determine the presence of a transient based on audio signal characteristics of said given frame n, and, if a transient is detected, to generate a transient indicator; - a first means for scaling said given frame n by a window function to produce a first scaled frame, wherein the window function spans a preceding frame n-1 and the given frame n and has a maximum value at the beginning of the given frame n and the end of the preceding frame n-1, while it has a value close to zero at the end of the given frame n and the beginning of the preceding frame n-1; - means for determining the transient indicator for said given frame n based on the first scaled frame; - a second means for scaling said given frame n by said window function shifted one frame forward to span frame n and n + 1 in time to produce a second scaled frame; and - means for determining a transient hangover indicator based on the second scaled frame; - means for signaling said determined transient indicator and said determined transient hangover indicator to the transform-based audio encoder, wherein the transform-based audio encoder uses a lapped transform, wherein the transient indicator for current frame n and the transient hangover indicator for preceding frame n-1 are used as an input of a window switching process in the transform-based audio encoder to encode the given frame n. - means for analyzing a given frame n of said audio signal to determine the presence of a transient based on audio signal characteristics of said given frame n, and, if a transient is detected, to generate a transient indicator; - a first means for scaling said given frame n by a window function to produce a first scaled frame, wherein the window function spans a preceding frame n-1 and the given frame n and has a maximum value at the beginning of the given frame n and the end of the preceding frame n-1, while it has a value close to zero at the end of the given frame n and the beginning of the preceding frame n-1; - means for determining the transient indicator for said given frame n based on the first scaled frame; - a second means for scaling said given frame n by said window function shifted one frame forward to span frame n and n + 1 in time to produce a second scaled frame; and - means for determining a transient hangover indicator based on the second scaled frame; - means for signaling said determined transient indicator and said determined transient hangover indicator to the transform-based audio encoder, wherein the transform-based audio encoder uses a lapped transform, wherein the transient indicator for current frame n and the transient hangover indicator for preceding frame n-1 are used as an input of a window switching process in the transform-based audio encoder to encode the given frame n.
Bar holder for subsequently fastening to a trampoline, having - a first basic element, which has a holding device for holding a support bar, - wherein the first basic element has a first receptacle for releasably receiving a peripheral frame of the trampoline and a second receptacle for releasably receiving a leg of the trampoline, and having - a clamping apparatus (17, 18, 19, 20) which is movable relative to the first basic element, characterized - in that the movable arrangement of the clamping apparatus with respect to the first basic element makes it possible for both the leg to be braced against the second receptacle and at the same time for the frame to be braced against the first receptacle. - a first basic element, which has a holding device for holding a support bar, - wherein the first basic element has a first receptacle for releasably receiving a peripheral frame of the trampoline and a second receptacle for releasably receiving a leg of the trampoline, and having - a clamping apparatus (17, 18, 19, 20) which is movable relative to the first basic element, - in that the movable arrangement of the clamping apparatus with respect to the first basic element makes it possible for both the leg to be braced against the second receptacle and at the same time for the frame to be braced against the first receptacle.
A method for transmitting viewpoint switching capabilities in a Virtual Reality 360 omnidirectional video application, comprising: determining a configuration for switching between viewpoints in the VR360 omnidirectional video application; and signaling of the configuration for switching between viewpoints to the VR360 omnidirectional video application the configuration comprising: a viewport parameter indicating an initial viewport for a specific viewpoint switching transition from a source viewpoint to a destination viewpoint, wherein a viewpoint is the center of a sphere from which an omnidirectional video is rendered and a viewport is a portion of the omnidirectional video displayed at the viewpoint; and an activation window parameter indicating at least one activation window for the viewpoint switching; wherein the initial viewports corresponding to viewpoint switching transitions from different source viewpoints to one destination viewpoint are different; wherein the activation window parameter comprises: a minimum time flag indicating whether a minimum time for a switching transition is present; wherein the transition can only be activated after the minimum time when the minimum time is present. determining a configuration for switching between viewpoints in the VR360 omnidirectional video application; and signaling of the configuration for switching between viewpoints to the VR360 omnidirectional video application the configuration comprising: a viewport parameter indicating an initial viewport for a specific viewpoint switching transition from a source viewpoint to a destination viewpoint, wherein a viewpoint is the center of a sphere from which an omnidirectional video is rendered and a viewport is a portion of the omnidirectional video displayed at the viewpoint; and an activation window parameter indicating at least one activation window for the viewpoint switching; wherein the initial viewports corresponding to viewpoint switching transitions from different source viewpoints to one destination viewpoint are different; wherein the activation window parameter comprises: a minimum time flag indicating whether a minimum time for a switching transition is present; wherein the transition can only be activated after the minimum time when the minimum time is present. a viewport parameter indicating an initial viewport for a specific viewpoint switching transition from a source viewpoint to a destination viewpoint, wherein a viewpoint is the center of a sphere from which an omnidirectional video is rendered and a viewport is a portion of the omnidirectional video displayed at the viewpoint; and an activation window parameter indicating at least one activation window for the viewpoint switching; wherein the initial viewports corresponding to viewpoint switching transitions from different source viewpoints to one destination viewpoint are different; wherein the activation window parameter comprises: a minimum time flag indicating whether a minimum time for a switching transition is present; wherein the transition can only be activated after the minimum time when the minimum time is present.
Thermocouple connector adapted for the electrical connection of a thermocouple comprising a phase conductor and an earth conductor to a gas safety valve comprising a phase terminal and an earth terminal, the connector comprising a phase terminal attachable to the phase conductor of the thermocouple and connectable to the phase terminal of the gas safety valve, an earth terminal attachable to the earth conductor of the thermocouple and connectable to the earth terminal of the gas safety valve, and an insulating body inside which the phase terminal of the connector is arranged housed and on the outside of which the earth terminal of the connector is arranged coupled, the insulating body comprises a plurality of openings extending axially from an end of the insulating body characterized in that said openings define flanges adapted for expanding radially, in that the earth terminal comprises an elastic body surrounding the perimeter of the insulating body, said elastic body extending along the plurality of openings and comprising an opening extending axially along the elastic body allowing said elastic body to expand radially to make it easier to couple said elastic body to the insulating body, and in that once the phase terminals (2,31) of the connector and of the safety valve are connected, the flanges of the insulating body open up expanding radially the earth terminal, pushing the earth terminal radially against an inner surface of the earth terminal of the safety valve, a plurality of elastic bands comprised in the elastic body being deformed against said inner surface assuring electrical continuity between the elastic body and the earth terminal of the gas safety valve.
Method for detecting defects in painting of components, in particular of motor-vehicle bodies of the type comprising acquiring a digital image of a surface of the components which has been painted, processing (210, 220, 230, 235) the digital image to obtain contours of shapes in said digital image, said processing (210, 220, 230, 235) including performing a contour detection step including filtering the image to obtain said contours, performing an estimation of boundaries ( IB 1...IB N)) from said contours, estimating the defects by said estimation of boundaries ( IB 1...IB N)) identified by said contours, characterised in that said filtering step comprises applying to said digital image a monogenic filter using a band pass filter to obtain said contours, said monogenic filter using as band-pass filter a Gaussian derivative filter.
A method for determining whether to initiate transmission of data on a candidate radio channel during a candidate period, the method being performed in a transceiver device of a cellular network and comprising the steps of: obtaining a first signal metric indicating a signal level of the candidate radio channel; determining that the first signal metric indicates a signal level being greater than a first threshold; obtaining a second signal metric indicating a signal level of at least one adjacent radio channel (21a, 21b), being adjacent in frequency to the candidate radio channel; refraining from initiating transmission on the candidate radio channel in the candidate period when the second signal metric indicates a lower signal level than the first signal metric; and initiating transmission of data on the candidate radio channel in the candidate period when the second signal metric indicates a higher signal level than the first signal metric. obtaining a first signal metric indicating a signal level of the candidate radio channel; determining that the first signal metric indicates a signal level being greater than a first threshold; obtaining a second signal metric indicating a signal level of at least one adjacent radio channel (21a, 21b), being adjacent in frequency to the candidate radio channel; refraining from initiating transmission on the candidate radio channel in the candidate period when the second signal metric indicates a lower signal level than the first signal metric; and initiating transmission of data on the candidate radio channel in the candidate period when the second signal metric indicates a higher signal level than the first signal metric.
A quantum circuit, comprising: a resonator having a plurality of superconducting surfaces and configured to support at least one electromagnetic oscillation mode within a three-dimensional region defined by walls on which are disposed the plurality of superconducting surfaces; and a physical qubit comprising a superconducting patch antenna disposed in an opening in a superconducting surface of the plurality of superconducting surfaces and connected to the superconducting surface by a Josephson junction, wherein the physical qubit is a planar qubit that is configured to produce a dipole moment that is directed perpendicular to a plane of the superconducting surface and parallel to an electric field associated with the resonator. a resonator having a plurality of superconducting surfaces and configured to support at least one electromagnetic oscillation mode within a three-dimensional region defined by walls on which are disposed the plurality of superconducting surfaces; and a physical qubit comprising a superconducting patch antenna disposed in an opening in a superconducting surface of the plurality of superconducting surfaces and connected to the superconducting surface by a Josephson junction, wherein the physical qubit is a planar qubit that is configured to produce a dipole moment that is directed perpendicular to a plane of the superconducting surface and parallel to an electric field associated with the resonator.
A side stand mountable on a motorcycle, comprising: a leg portion brought into contact with a ground when the side stand stands; an attaching portion connected to a base end of the leg portion and having a pair of opposed walls (44, 45); a collar extending through one opposed wall of the pair of opposed walls and brought into contact with an inner surface of the other opposed wall at a tip end portion of the collar; a screw member inserted through the collar from an outer lateral side of the one opposed wall and screwed into a threaded hole of the other opposed wall; wherein the side stand is supportable by a motorcycle frame structure via a bracket; wherein the bracket is inserted into a gap between the pair of opposed walls (44, 45); wherein the collar is provided so as to extend in an insertion hole of the one opposed wall and a through hole of the bracket; wherein the attaching portion is a U-shaped single piece having the pair of opposed walls (44, 45); and wherein the screw member has a male thread formed also in a portion to be inserted into the through hole of the bracket; characterized by further comprising a nut screwed onto a tip end portion of the screw member and tightened to an outer surface of the other opposed wall; wherein the collar has a flange portion which is brought into press contact with an outer surface of the one opposed wall; and wherein the side stand is rotatably attached to the bracket via the screw member and the nut. a leg portion brought into contact with a ground when the side stand stands; an attaching portion connected to a base end of the leg portion and having a pair of opposed walls (44, 45); a collar extending through one opposed wall of the pair of opposed walls and brought into contact with an inner surface of the other opposed wall at a tip end portion of the collar; a screw member inserted through the collar from an outer lateral side of the one opposed wall and screwed into a threaded hole of the other opposed wall; wherein the side stand is supportable by a motorcycle frame structure via a bracket; wherein the bracket is inserted into a gap between the pair of opposed walls (44, 45); wherein the collar is provided so as to extend in an insertion hole of the one opposed wall and a through hole of the bracket;
Use, in a water-based paint, of a composition comprising an undoped tin oxide, a doped tin oxide and water, as an antistatic additive to impart a surface resistivity of 10 5 to 10 9 Ω/square to a coating obtained by applying and drying one or more layers of this paint onto a substrate.