mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication performed by a user equipment, UE, comprising: identifying two aggregated mini-slots (505-b, 510-b) to be used for transmission of two or more reference signals (520, 525) and at least one data payload, wherein the two or more reference signals (520, 525) are scheduled for transmission within the two aggregated mini-slots (505-b, 5io-b); determining a reference signal configuration for transmission of the two or more reference signals (520, 525) via the two aggregated mini-slots (505-b, 510-b), wherein at least one demodulation reference signal, DMRS, is repositioned during aggregation to be symmetrically or evenly positioned across the two aggregated mini-slots (505-b, 510-b); allocating the at least one data payload to resources associated with the two aggregated mini-slots (505-b, 510-b); and transmitting, via the two aggregated mini-slots (505-b, 510-b), the two or more reference signals (520, 525) and the at least one data payload based at least in part on the reference signal configuration and the allocation of the at least one data payload. identifying two aggregated mini-slots (505-b, 510-b) to be used for transmission of two or more reference signals (520, 525) and at least one data payload, wherein the two or more reference signals (520, 525) are scheduled for transmission within the two aggregated mini-slots (505-b, 5io-b); determining a reference signal configuration for transmission of the two or more reference signals (520, 525) via the two aggregated mini-slots (505-b, 510-b), wherein at least one demodulation reference signal, DMRS, is repositioned during aggregation to be symmetrically or evenly positioned across the two aggregated mini-slots (505-b, 510-b); allocating the at least one data payload to resources associated with the two aggregated mini-slots (505-b, 510-b); and transmitting, via the two aggregated mini-slots (505-b, 510-b), the two or more reference signals (520, 525) and the at least one data payload based at least in part on the reference signal configuration and the allocation of the at least one data payload.
Strapping apparatus for packages, - having an arrangement device for edge protectors, said device arranging the edge protector on the package prior to the strapping operation, wherein the edge protector is retained on the package by a strapping means following the strapping operation, - having an advancement mechanism for the edge protector, said mechanism comprising a conveying means which transfers the edge protector to the arrangement device through a delivery gap, - and having two rollers (13/14) as part of the advancement mechanism, said rollers forming the delivery gap and having the edge protector guided through between them for transfer to the arrangement device, wherein - a control device is arranged downstream, as seen in the direction of delivery movement, of the delivery gap, - and the control device has a guidance gap, through which the edge protector is guided for transfer to the arrangement device, characterized in that - the guidance gap is formed by two gap components arranged at a constant distance from one another, - the control device counteracts any deviation of the movement path of the edge protector from the ideal movement path between the delivery gap and arrangement device by using displacement of the guidance gap relative to the delivery gap to induce an opposing movement of the edge protector to the right or left, - and, upon reaching the arrangement device, the edge protector, on account of the induced opposing movement, achieves a position which is correct for transfer purposes. - having an arrangement device for edge protectors, said device arranging the edge protector on the package prior to the strapping operation, wherein the edge protector is retained on the package by a strapping means following the strapping operation, - having an advancement mechanism for the edge protector, said mechanism comprising a conveying means which transfers the edge protector to the arrangement device through a delivery gap, - and having two rollers (13/14) as part of the advancement mechanism, said rollers forming the delivery gap and having the edge protector guided through between them for transfer to the arrangement device, wherein - a control device is arranged downstream, as seen in the direction of delivery movement, of the delivery gap, - and the control device has a guidance gap, through which the edge protector is guided for transfer to the arrangement device, - the guidance gap is formed by two gap components arranged at a constant distance from one another, - the control device counteracts any deviation of the movement path of the edge protector from the ideal movement path between the delivery gap and arrangement device by using displacement of the guidance gap relative to the delivery gap to induce an opposing movement of the edge protector to the right or left, - and, upon reaching the arrangement device, the edge protector, on account of the induced opposing movement, achieves a position which is correct for transfer purposes.
A method for detecting small leaks of liquid in a plumbing system, the method comprising: measuring liquid flow within a pipe of the plumbing system with a flow sensor; and if liquid flow is not detected by the flow sensor: measuring temperature of the liquid over time at a point in the plumbing system upstream from a leak; processing the measured temperature over time to determine whether a decay of the measured temperature exceeds a threshold decay of liquid in the plumbing system; and transmitting a leak detected signal when the decay of the measured temperature exceeds the threshold decay. measuring liquid flow within a pipe of the plumbing system with a flow sensor; and if liquid flow is not detected by the flow sensor: measuring temperature of the liquid over time at a point in the plumbing system upstream from a leak; processing the measured temperature over time to determine whether a decay of the measured temperature exceeds a threshold decay of liquid in the plumbing system; and transmitting a leak detected signal when the decay of the measured temperature exceeds the threshold decay. measuring temperature of the liquid over time at a point in the plumbing system upstream from a leak; processing the measured temperature over time to determine whether a decay of the measured temperature exceeds a threshold decay of liquid in the plumbing system; and transmitting a leak detected signal when the decay of the measured temperature exceeds the threshold decay.
A method for coating metallic surfaces of substrates, comprising or consisting of the following steps: I. providing a substrate having a cleaned, metallic surface, II. contacting and coating metallic surfaces with an aqueous composition in dispersion and/or suspension form, VI. optionally rinsing the organic coating and VII. drying and/or baking the organic coating, or VIII. optionally drying the organic coating and carrying out coating with a coating composition of the same kind or a further coating composition prior to drying and/or baking, wherein the coating in step II takes place with an aqueous composition in dispersion and/or suspension form, where a dispersion of film-forming polymers with a solids content of 2 to 40 wt% and an average particle size of 10 to 1000 nm is admixed with at least one anionic polyelectrolyte in an amount of 0.01 to 5.0 wt%, based on the total mass of the resulting mixture, where the aqueous composition has a pH in the range from 4 to 11 and forms a coating based on an ionogenic gel which binds cations extracted from the metallic surface, these cations originating from a pretreatment stage and/or from the contacting in step II. I. providing a substrate having a cleaned, metallic surface, II. contacting and coating metallic surfaces with an aqueous composition in dispersion and/or suspension form, VI. optionally rinsing the organic coating and VII. drying and/or baking the organic coating, or VIII. optionally drying the organic coating and carrying out coating with a coating composition of the same kind or a further coating composition prior to drying and/or baking,
A cushioning article comprising: a bladder enclosing an interior cavity and retaining a gas in the interior cavity, wherein the bladder comprises a first polymeric sheet and a second polymeric sheet bonded to one another at a peripheral flange and enclosing the interior cavity; a tensile component disposed in the interior cavity and including tensile layers (32, 34) and a plurality of tethers connecting the tensile layers (32, 34), the tensile layers (32, 34) connected to an inner surface of the bladder such that the tethers span across the interior cavity, wherein the tensile layers (32, 34) include a first tensile layer connected to the first polymeric sheet and a second tensile layer connected to the second polymeric sheet, at least one of the first polymeric sheet and the second polymeric sheet including domed portions of the bladder; the bladder having a plurality of bonds arranged in closed shapes surrounding the domed portions of the bladder, the plurality of bonds bonding the inner surface of the bladder to the tensile component, the domed portions of the bladder unbonded to the tensile component and displaced from the tensile component by the gas, wherein portions of the first polymeric sheet surrounded by the plurality of bonds forming the closed shapes are separated from the first tensile layer due to an anti-weld material disposed on at least one of an inner surface of the first polymeric sheet and an outer surface of the first tensile layer, and are displaceable from the first tensile layer. a bladder enclosing an interior cavity and retaining a gas in the interior cavity, wherein the bladder comprises a first polymeric sheet and a second polymeric sheet bonded to one another at a peripheral flange and enclosing the interior cavity; a tensile component disposed in the interior cavity and including tensile layers (32, 34) and a plurality of tethers connecting the tensile layers (32, 34), the tensile layers (32, 34) connected to an inner surface of the bladder such that the tethers span across the interior cavity, wherein the tensile layers (32, 34) include a first tensile layer connected to the first polymeric sheet and a second tensile layer connected to the second polymeric sheet, at least one of the first polymeric sheet and the second polymeric sheet including domed portions of the bladder; the bladder having a plurality of bonds arranged in closed shapes surrounding the domed portions of the bladder, the plurality of bonds bonding the inner surface of the bladder to the tensile component, the domed portions of the bladder unbonded to the tensile component and displaced from the tensile component by the gas, wherein portions of the first polymeric sheet surrounded by the plurality of bonds forming the closed shapes are separated from the first tensile layer due to an anti-weld material disposed on at least one of an inner surface of the first polymeric sheet and an outer surface of the first tensile layer, and are displaceable from the first tensile layer.
A printing apparatus comprising: sheet holding means for holding sheets; setting means for setting information on sheets held by the sheet holding means; printing means for printing images based on the information on sheets set by the setting means; and control means (101, 201) configured to control a display unit to display, in a case that a job that uses the sheet holding means has been interrupted when sheets are placed on the sheet holding means, information on sheets used by the job and a prompt to confirm whether or not the displayed information is appropriate for the sheets placed on the sheet holding means, and configured to control, in a case that a job that uses the sheet holding means has been interrupted when sheets are placed on the sheet holding means and that the displayed information is confirmed as appropriate for the sheets placed on the sheet holding means, the printing means to perform printing based on the displayed information. sheet holding means for holding sheets; setting means for setting information on sheets held by the sheet holding means; printing means for printing images based on the information on sheets set by the setting means; and control means (101, 201) configured to control a display unit to display, in a case that a job that uses the sheet holding means has been interrupted when sheets are placed on the sheet holding means, information on sheets used by the job and a prompt to confirm whether or not the displayed information is appropriate for the sheets placed on the sheet holding means, and configured to control, in a case that a job that uses the sheet holding means has been interrupted when sheets are placed on the sheet holding means and that the displayed information is confirmed as appropriate for the sheets placed on the sheet holding means, the printing means to perform printing based on the displayed information.
A photovoltaic system, comprising a controller and two groups of inverters, wherein the two groups of inverters comprise a positive inverter group and a negative inverter group; the positive inverter group comprises the following at least two inverters: a first inverter and a third inverter; the negative inverter group comprises the following at least two inverters: a second inverter and a fourth inverter; alternating current output ends of the first inverter and the third inverter are connected in parallel; direct current input ends of the first inverter and the second inverter are connected in series; alternating current output ends of the second inverter and the fourth inverter are connected in parallel; and direct current input ends of the third inverter and the fourth inverter are connected in series; and the controller is specifically configured to: obtain a circulating current between at least two inverters whose alternating current output ends are connected in parallel; and when the circulating current is greater than a preset current threshold or a rising rate of the circulating current is greater than a preset rate, control all inverters whose corresponding alternating current output ends are connected in parallel to undergo wave blocking, wherein the wave blocking means that all power components of the inverters stop a switching action. the two groups of inverters comprise a positive inverter group and a negative inverter group; the positive inverter group comprises the following at least two inverters: a first inverter and a third inverter; the negative inverter group comprises the following at least two inverters: a second inverter and a fourth inverter; alternating current output ends of the first inverter and the third inverter are connected in parallel; direct current input ends of the first inverter and the second inverter are connected in series; alternating current output ends of the second inverter and the fourth inverter are connected in parallel; and direct current input ends of the third inverter and the fourth inverter are connected in series; and the controller is specifically configured to: obtain a circulating current between at least two inverters whose alternating current output ends are connected in parallel; and when the circulating current is greater than a preset current threshold or a rising rate of the circulating current is greater than a preset rate, control all inverters whose corresponding alternating current output ends are connected in parallel to undergo wave blocking, wherein the wave blocking means that all power components of the inverters stop a switching action.
Adjusting device for adjusting a reticle unit of a telescopic sight, with a rotatable setting cap, a transmission unit for converting the rotation movement of the setting cap into an adjusting movement of the reticle, wherein the turning range of the setting cap comprises substantially two revolutions, and two sets of scale values (7a, 7b, 27a, 27b) assigned to at least one line scale are arranged on the adjusting device, wherein a first set of scale values (7a, 27a) indicates adjustment values that belong to the first revolution of the setting cap, and a second set of scale values (7b, 27b) indicates adjustment values that belong to the second revolution of the setting cap, characterized in that, during the transition from the first revolution to the second revolution of the setting cap, at least one index ring (8, 28) that bears the scale values (7a, 27a, 27b) and that can be rotated with the setting cap, or a diaphragm ring partially covering at least one index ring, is adjustable in height in such a way that, during the first revolution of the setting cap, only a first set of the scale values (7a, 27a) is visible and the second set of scale values (7b, 27b) is arranged under a covering and, during the second revolution of the setting cap, the associated second set of scale values (7b, 27b) is either visible in addition to the first set or on its own, the first set of scale values (7a, 27a) optionally being arranged under a covering.
A roller guide assembly for an elevator device, comprising: a shaft supporting a roller (5a, 5b, 5c) for engaging a guide rail; a shaft support member that receives the shaft therein; and an elastic member located between the shaft and the aforementioned shaft support member, wherein the member limits the shaft from turning relative to the shaft support member, characterized in that said member is a tubular member. a shaft supporting a roller (5a, 5b, 5c) for engaging a guide rail; a shaft support member that receives the shaft therein; and an elastic member located between the shaft and the aforementioned shaft support member, wherein the member limits the shaft from turning relative to the shaft support member, characterized in that said member is a tubular member.
A gas appliance control device, in particular for appliances that comprise at least one gas tap having a safety valve that includes an electromagnet that can be supplied via a thermo-electric generator, wherein the device comprises at least one control module having a supporting structure (21, 23), which can be associated to a gas tap, in particular within a body (2, 3) of a gas appliance, the supporting structure (21, 23) defining a housing contained within which is at least one first part of a circuit arrangement (25; PSD), wherein: - the control module comprises command means (22; 27) operable by a user for activating at least one timing function and/or a function of ignition of a gas burner, and - the first part of the circuit arrangement (25, PSD) comprises control means (MC, Ql), first electrical-interconnection means (25c, 25d+, 25d-, 47), and detection means (44, 45) configured for detecting actuation of the command means (22, 27) and supplying corresponding signals to the control means (MC, Q1), the device being characterized in that the circuit arrangement (25, PSD) includes an auxiliary module designed for installation in a position remote from the at least one control module, the auxiliary module including at least one of: - second electrical-interconnection means (CD, J2, J3, J4), for connection of the auxiliary module between an AC electrical mains and the at least one control module; and - a supply circuit for low-voltage DC supply of the first part of the circuit arrangement of the at least one control module. - the control module comprises command means (22; 27) operable by a user for activating at least one timing function and/or a function of ignition of a gas burner, and - the first part of the circuit arrangement (25, PSD) comprises control means (MC, Ql), first electrical-interconnection means (25c, 25d+, 25d-, 47), and detection means (44, 45) configured for detecting actuation of the command means (22, 27) and supplying corresponding signals to the control means (MC, Q1), - second electrical-interconnection means (CD, J2, J3, J4), for connection of the auxiliary module between an AC electrical mains and the at least one control module; and - a supply circuit for low-voltage DC supply of the first part of the circuit arrangement of the at least one control module.
A street lamp comprising: a lamp post comprising a power supply; a lamp post connector connected to the lamp post and supported by the lamp post; a light emitting diode module including a printed circuit boars substrate and a plurality of LEDs disposed on one side of the PCB substrate and emitting light by receiving electric power from the power supply of the lamp post; and a heat radiating body fastened to the lamp post connector and comprising a convex-up top surface, a bottom surface thermally contacting with the other side of the PCB substrate of the LED module and a plurality of heat radiating fins being formed on the top surface of the heat radiating body and extending outward from the top surface of the heat radiating body; wherein the street lamp comprises a heat radiating body cover covering the top surface of the heat radiating body, wherein the heat radiating body cover comprises a plurality of heat radiating openings corresponding to the plurality of heat radiating fins. a lamp post comprising a power supply; a lamp post connector connected to the lamp post and supported by the lamp post; a light emitting diode module including a printed circuit boars substrate and a plurality of LEDs disposed on one side of the PCB substrate and emitting light by receiving electric power from the power supply of the lamp post; and a heat radiating body fastened to the lamp post connector and comprising a convex-up top surface, a bottom surface thermally contacting with the other side of the PCB substrate of the LED module and a plurality of heat radiating fins being formed on the top surface of the heat radiating body and extending outward from the top surface of the heat radiating body;
An angle detecting apparatus for computing an angle signal (θr) of a rotary machine from a sine signal and a cosine signal obtained from an angle detector, the angle detecting apparatus being configured to: compute respective offset correction values (e s, e c) of the sine signal and the cosine signal from the angle signal (θr); add the computed offset correction value (e s) for the sine signal to the sine signal to correct the sine signal; and add the computed offset correction value (e c) for the cosine signal to the cosine signal to correct the cosine signal, wherein the angle detecting apparatus is arranged to compute the respective offset correction values (e s, e c) by using an angle error Δθ obtained by removing, from the angle signal (θr), a frequency component lower than the frequency of an electrical angle frequency component and extracting a frequency component equal to or higher than the frequency of the electrical angle frequency component, obtain the sine signal offset correction value (e s) from a cosine component of an inverted value -Δθ of the angle error Δθ, and obtain an offset correction value (e c) for the cosine signal from a sine component of the angle error Δθ. compute respective offset correction values (e s, e c) of the sine signal and the cosine signal from the angle signal (θr); add the computed offset correction value (e s) for the sine signal to the sine signal to correct the sine signal; and add the computed offset correction value (e c) for the cosine signal to the cosine signal to correct the cosine signal, wherein the angle detecting apparatus is arranged to compute the respective offset correction values (e s, e c) by using an angle error Δθ obtained by removing, from the angle signal (θr), a frequency component lower than the frequency of an electrical angle frequency component and extracting a frequency component equal to or higher than the frequency of the electrical angle frequency component, obtain the sine signal offset correction value (e s) from a cosine component of an inverted value -Δθ of the angle error Δθ, and obtain an offset correction value (e c) for the cosine signal from a sine component of the angle error Δθ.