mhurhangee/ep-ind-claims huggingface dataset:
A thread-forming element, particularly for holes made in cold-deformable materials, comprising a cylindrical body with a circular cross-section which has on at least part of its outer surface a helical thread, said helical thread extending in proximity to at least one conical end of said cylindrical body, said end having on its surface at least one tapping element, said tapping element having a triangular base, characterized in that said tapping element has a hexahedral shape.
An apparatus comprising: an adaptive ink flushing controller configured to obtain nozzle firing data for a nozzle of a printhead, to analyze the nozzle firing data to determine an inactive firing span of the nozzle, and, in response to determining that the inactive firing span of the nozzle exceeds a threshold, to transmit a firing instruction for ejecting ink on a print medium, wherein the nozzle firing data comprises image data, wherein the adaptive ink flushing controller is configured to determine the inactive firing span of the nozzle by counting between nozzle firings of the nozzle according to the nozzle firing data, wherein the adaptive ink flushing controller implements a counter that tracks the firing activity of the nozzle and advances in increments of time or time related events, characterized in that the adaptive ink flushing controller is configured to initialize a count to a first counting value, to advance the count for each increment of time the nozzle does not eject ink, to reset the count to a second counting value if the nozzle firing data instructs the nozzle to activate prior to the count exceeding a threshold, and, if the count exceeds the threshold, to transmit the firing instruction for ejecting ink. an adaptive ink flushing controller configured to obtain nozzle firing data for a nozzle of a printhead, to analyze the nozzle firing data to determine an inactive firing span of the nozzle, and, in response to determining that the inactive firing span of the nozzle exceeds a threshold, to transmit a firing instruction for ejecting ink on a print medium, wherein the nozzle firing data comprises image data, wherein the adaptive ink flushing controller is configured to determine the inactive firing span of the nozzle by counting between nozzle firings of the nozzle according to the nozzle firing data, wherein the adaptive ink flushing controller implements a counter that tracks the firing activity of the nozzle and advances in increments of time or time related events, characterized in that the adaptive ink flushing controller is configured to initialize a count to a first counting value, to advance the count for each increment of time the nozzle does not eject ink, to reset the count to a second counting value if the nozzle firing data instructs the nozzle to activate prior to the count exceeding a threshold, and, if the count exceeds the threshold, to transmit the firing instruction for ejecting ink.
An apparatus for reproducing an audio signal based on first data (120; 321; 705) representing a coded version of a first portion of the audio signal in a first frequency band and second data (126; 322; 708) representing side information on a second portion of the audio signal in a second frequency band, the second frequency band comprising frequencies higher than the first frequency band, said device comprising: a first reproducer configured to reproduce the first portion of the audio signal based on the first data (120; 321; 705); a provider (102; 200, 202a) configured to provide a patch signal (122; 204) in the second frequency band, wherein the patch signal (122; 204) is at least partially uncorrelated with respect to the first portion of the audio signal or is at least partially a decorrelated version of the first portion of the audio signal, which has been shifted to the second frequency band; a second reproducer configured to reproduce the second portion of the audio signal in the second frequency band based on the second data (126; 322; 708) and the patch signal (122; 204); and a combiner to combine the reproduced first portion of the audio signal and the patch signal (122; 204) before the second portion of the audio signal is reproduced by the second reproducer or to combine the reproduced first portion of the audio signal and the reproduced second portion of the audio signal. a first reproducer configured to reproduce the first portion of the audio signal based on the first data (120; 321; 705); a provider (102; 200, 202a) configured to provide a patch signal (122; 204) in the second frequency band, wherein the patch signal (122; 204) is at least partially uncorrelated with respect to the first portion of the audio signal or is at least partially a decorrelated version of the first portion of the audio signal, which has been shifted to the second frequency band; a second reproducer configured to reproduce the second portion of the audio signal in the second frequency band based on the second data (126; 322; 708) and the patch signal (122; 204); and a combiner to combine the reproduced first portion of the audio signal and the patch signal (122; 204) before the second portion of the audio signal is reproduced by the second reproducer or to combine the reproduced first portion of the audio signal and the reproduced second portion of the audio signal.
Oral pharmaceutical or dietary form comprising reservoir-type microparticles with extended release of at least one active principle and at least one agent D which is a pharmaceutically acceptable compound of which the hydrating or solvating speed and capacity is higher in an alcohol-free aqueous medium than in an alcohol-containing solution, the agent D being in a mixture with the reservoir-type microparticles and representing from 2 to 30% w/w of the total mass of the mixture said oral pharmaceutical form resistant to the immediate release of the dose of AP in the presence of alcohol said oral pharmaceutical or dietary form having the form of a capsule, said agent D being chosen in the group comprising: - cross-linked carboxyalkylcelluloses: cross-linked carboxymethylcelluloses (e.g. croscarmellose sodium), - (hydroxy)(alkyl)celluloses (e.g. hydroxypropylcellulose, hydroxypropyllmethylcellulose), - carboxyalkylcelluloses (e.g. carboxymethylcellulose) and the salts thereof, - polysaccharides, - proteins, - and mixtures thereof. - cross-linked carboxyalkylcelluloses: cross-linked carboxymethylcelluloses (e.g. croscarmellose sodium), - (hydroxy)(alkyl)celluloses (e.g. hydroxypropylcellulose, hydroxypropyllmethylcellulose), - carboxyalkylcelluloses (e.g. carboxymethylcellulose) and the salts thereof, - polysaccharides, - proteins, - and mixtures thereof.
A method for position determination of a wireless device, the method being performed by a network node, the method comprising: estimating a respective angle-of-arrival value for each of three 1D antenna arrays (120a, 120b, 120c) at positions (x_1,0,0), (x_2,0,0), and (x_3,0,0) in an (x,y,z)-coordinate system, from measured phase differences between antenna elements (130a, 130b) per 1D antenna array (120a, 120b, 120c) for a signal communicated between the wireless device and the three 1D antenna arrays (120a, 120b, 120c), wherein the antenna elements of a first and a second of the 1D antenna arrays are arranged along the x-axis and the antenna elements of a third of the 1D antenna arrays are arranged along the y -axis in said ( x, y, z)-coordinate system; and determining the position of the wireless device by combining the angle-of-arrival values from the three 1D antenna arrays (120a, 120b, 120c) and where in the determining involves the solving of a nonlinear system of equations defined as: r x = x 2 tan θ 2 − x 1 tan θ 1 tan θ 2 − tan θ 1, r y = r x − x 3 2 + r x − x 1 2 tan 2 θ 1 cos 2 θ 3, r z = ± r x − x 1 2 tan 2 θ 1 − r y 2, wherein ( r x, r y, r z) is the position of the wireless device, and θ 1, θ 2 and θ 3 are the estimated angle-of-arrival values of the three 1D antenna arrays. estimating a respective angle-of-arrival value for each of three 1D antenna arrays (120a, 120b, 120c) at positions (x_1,0,0), (x_2,0,0), and (x_3,0,0) in an (x,y,z)-coordinate system, from measured phase differences between antenna elements (130a, 130b) per 1D antenna array (120a, 120b, 120c) for a signal communicated between the wireless device and the three 1D antenna arrays (120a, 120b, 120c), wherein the antenna elements of a first and a second of the 1D antenna arrays are arranged along the x-axis and the antenna elements of a third of the 1D antenna arrays are arranged along the y -axis in said ( x, y, z)-coordinate system; and determining the position of the wireless device by combining the angle-of-arrival values from the three 1D antenna arrays (120a, 120b, 120c) and where in the determining involves the solving of a nonlinear system of equations defined as: r x = x 2 tan θ 2 − x 1 tan θ 1 tan θ 2 − tan θ 1, r y = r x − x 3 2 + r x − x 1 2 tan 2 θ 1 cos 2 θ 3, r z = ± r x − x 1 2 tan 2 θ 1 − r y 2,
A process for the preparation of 2-amino-5,8-dialkoxy[1,2,4]triazolo[1,5-c]-pyrimidines of the formula, in which R is C 1 -C 4 alkyl comprising continuously adding to a [(2,5-dialkoxypyrimidin-4-yl)amino]carbonothioylcarbamate of the following formula: in which R is as previously defined in a polar or nonpolar aprotic solvent an aqueous solution of hydroxylamine at a temperature from 60 °C to 110 °C.
A housing comprising: a housing main body comprising: a fitting portion configured to be fitted with a mating housing and having a terminal accommodating chamber in which a terminal is accommodated; and a hood portion which covers a periphery of the fitting portion; an annular seal member configured to be attached to a base part of the fitting portion and to seal a fitting position of the fitting portion and the mating housing; and a retainer configured to be inserted into a retainer accommodating hole and to lock the terminal accommodated in the terminal accommodating chamber, the retainer accommodating hole being formed in the fitting portion and being opened at a side part of the fitting portion, wherein an opening portion through which the retainer passes to be inserted into the retainer accommodating hole is formed at a position facing the retainer accommodating hole in the hood portion; and wherein a guide portion that is slidably in contact with the retainer to guide the retainer into the retainer accommodating hole when the retainer is inserted into the retainer accommodating hole is provided at an edge portion of the opening portion, wherein the opening portion has a window portion through which the seal member attached to the fitting portion is able to be visually checked by an operator and characterized in that the window portion is provided at each of both sides of the guide portion on the opening portion. a housing main body comprising: a fitting portion configured to be fitted with a mating housing and having a terminal accommodating chamber in which a terminal is accommodated; and a hood portion which covers a periphery of the fitting portion; a fitting portion configured to be fitted with a mating housing and having a terminal accommodating chamber in which a terminal is accommodated; and a hood portion which covers a periphery of the fitting portion; an annular seal member configured to be attached to a base part of the fitting portion and to seal a fitting position of the fitting portion and the mating housing; and a retainer configured to be inserted into a retainer accommodating hole and to lock the terminal accommodated in the terminal accommodating chamber, the retainer accommodating hole being formed in the fitting portion and being opened at a side part of the fitting portion, wherein an opening portion through which the retainer passes to be inserted into the retainer accommodating hole is formed at a position facing the retainer accommodating hole in the hood portion; and wherein a guide portion that is slidably in contact with the retainer to guide the retainer into the retainer accommodating hole when the retainer is inserted into the retainer accommodating hole is provided at an edge portion of the opening portion, wherein the opening portion has a window portion through which the seal member attached to the fitting portion is able to be visually checked by an operator and characterized in that the window portion is provided at each of both sides of the guide portion on the opening portion.
A base profile arrangement for plaster, comprising an outer wall, an insulating layer which covers the outer wall, outside plaster applied to the insulating layer, an insulation which adjoins the outer wall at the lower side, and a base profile for plaster, wherein the base profile comprises a connecting web, a mounting web and a base end section leg, and wherein the base profile creates a draw-off edge for the outside plaster, wherein the base end section leg which engages beneath the outside plaster extends at an angle of ≥ 90° away from the connecting web resting on the insulating layer, wherein the mounting web extends away from the side of the connecting web facing away from the outer plaster side at an at least approximately right angle, wherein the length of the mounting web is dimensioned in such a way that the web, in the intended installation state, can be engaged in a transitional region between the insulating layer and the perimeter insulation, wherein the width of the mounting web is dimensioned in such a way that the mounting web engages in the transitional region and can optionally be cut to size in the event of a low thickness of the insulating layer, and at the same time the mounting web is pushed into the transitional region to such an extent until the connecting web rests as flat as possible on the insulating layer, wherein the mounting web is profiled, preferably provided with an undulating profile, wherein the mounting web engages in the transitional region and is clamped there by the insulating layer and the perimeter insulation, and wherein the base profile is fastened in a simple manner, characterized in that the insulation is a perimeter insulation covering the outside wall of the basement, and that the base profile further comprises a holding web which is cut to size on the connecting web on its upper edge facing away from the base end section leg, wherein the holding web protrudes in the direction of the insulating layer and is pressed into the insulation layer for simple clamping of the base profile.
Strapping apparatus for strapping packages using a strapping means, - having a packaging table, on which the package is guided through the strapping apparatus, - having vertical supports, which are arranged laterally in relation to the packaging table and on which a press plate can be displaced vertically, - having an arrangement device for arranging an edge-protection means, it being possible for the arrangement device to be displaced horizontally between a starting position and on arrangement position on the press plate along a movement path, - having a controller, which is designed to control the displacement of the arrangement device from the starting position into an arrangement position for arranging the edge-protection means on the package, wherein - the strapping apparatus has a means for sensing the position of the package which is arranged in an entry region of the strapping apparatus, wherein the entry region is arranged upstream of the strapping position of the package in entry direction E, - the position-sensing means is designed such that it senses an entry position of the package during the entry movement thereof, characterized in that - the controller is designed, after sensing the entry movement of the package, to control a movement of the arrangement apparatus in the direction of the arrangement position while the package is still entering such that the arrangement apparatus is moved in the direction of the arrangement position while the package is still entering. - having a packaging table, on which the package is guided through the strapping apparatus, - having vertical supports, which are arranged laterally in relation to the packaging table and on which a press plate can be displaced vertically, - having an arrangement device for arranging an edge-protection means, it being possible for the arrangement device to be displaced horizontally between a starting position and on arrangement position on the press plate along a movement path, - having a controller, which is designed to control the displacement of the arrangement device from the starting position into an arrangement position for arranging the edge-protection means on the package, wherein - the strapping apparatus has a means for sensing the position of the package which is arranged in an entry region of the strapping apparatus, wherein the entry region is arranged upstream of the strapping position of the package in entry direction E, - the position-sensing means is designed such that it senses an entry position of the package during the entry movement thereof, characterized in that - the controller is designed, after sensing the entry movement of the package, to control a movement of the arrangement apparatus in the direction of the arrangement position while the package is still entering such that the arrangement apparatus is moved in the direction of the arrangement position while the package is still entering.
A fiber photovoltaic device, said fiber photovoltaic device comprising: an optical filament (101, 202); a first electrode layer coating the optical filament; wherein the first electrode layer is at least partially transparent to electromagnetic radiation; a continuous semiconductive layer deposited around the first electrode layer; wherein the continuous semiconductive layer is in electrical contact with the first electrode layer; wherein the continuous semiconductive layer absorbs electromagnetic radiation and turns the electromagnetic radiation into an electrical signal; and wherein the continuous semiconductive layer comprises at least two polymer-based semiconductive materials (406, 407); wherein the at least two semiconductive materials are different, substantially unmixed and are located in separate regions along the longitudinal axis of the fiber photovoltaic device; and a second electrode layer deposited above the continuous semiconductive layer; wherein the second electrode layer is in electrical contact with the continuous semiconductive layer; characterised in that said at least two different semiconductive materials (406, 407) are in contact with each other to form said continuous semiconductive layer. an optical filament (101, 202); a first electrode layer coating the optical filament; wherein the first electrode layer is at least partially transparent to electromagnetic radiation; wherein the first electrode layer is at least partially transparent to electromagnetic radiation; a continuous semiconductive layer deposited around the first electrode layer; wherein the continuous semiconductive layer is in electrical contact with the first electrode layer; wherein the continuous semiconductive layer absorbs electromagnetic radiation and turns the electromagnetic radiation into an electrical signal; and wherein the continuous semiconductive layer comprises at least two polymer-based semiconductive materials (406, 407); wherein the at least two semiconductive materials are different, substantially unmixed and are located in separate regions along the longitudinal axis of the fiber photovoltaic device; and wherein the continuous semiconductive layer is in electrical contact with the first electrode layer; wherein the continuous semiconductive layer absorbs electromagnetic radiation and turns the electromagnetic radiation into an electrical signal; and wherein the continuous semiconductive layer comprises at least two polymer-based semiconductive materials (406, 407); wherein the at least two semiconductive materials are different, substantially unmixed and are located in separate regions along the longitudinal axis of the fiber photovoltaic device; and wherein the at least two semiconductive materials are different, substantially unmixed and are located in separate regions along the longitudinal axis of the fiber photovoltaic device; and a second electrode layer deposited above the continuous semiconductive layer; wherein the second electrode layer is in electrical contact with the continuous semiconductive layer; wherein the second electrode layer is in electrical contact with the continuous semiconductive layer;
A method for operating a blast furnace, the method comprising: - collecting a blast furnace gas from the blast furnace, said blast furnace gas being a CO 2 containing gas; - combining the blast furnace gas with a fuel gas to obtain a gas mixture, said fuel gas being a hydrocarbon containing gas; - subjecting said gas mixture to a reforming process, thereby producing a synthesis gas containing CO and H 2; and - feeding at least a portion of the synthesis gas and an oxygen-rich gas into the blast furnace, wherein the blast furnace gas is combined with the fuel gas while not having been submitted to a preliminary decarbonating after exiting the blast furnace and wherein the blast furnace gas is combined with the fuel gas in an over-stoichiometric ratio, so that the synthesis gas contains a surplus portion of the blast furnace gas. - collecting a blast furnace gas from the blast furnace, said blast furnace gas being a CO 2 containing gas; - combining the blast furnace gas with a fuel gas to obtain a gas mixture, said fuel gas being a hydrocarbon containing gas; - subjecting said gas mixture to a reforming process, thereby producing a synthesis gas containing CO and H 2; and - feeding at least a portion of the synthesis gas and an oxygen-rich gas into the blast furnace,
A service control method for an autonomous network, comprising: marking, by a deep packet inspect device, a service packet received from a user terminal by using priority information, to which a field of the service packet from the user terminal corresponds, as control information; transmitting, by the deep packet inspect device, the service packet to a forwarding device of an autonomous network performing QoS processing on the service packet, by the forwarding device of the autonomous network, according to the control information in the received service packet; transmitting, by the forwarding device of the autonomous network, the service packet to a service control module; wherein the service control module is deployed at an exit of the autonomous network; establishing, by the service control module, a connection table item by using the received service packet, and transmitting the service packet to an external network; wherein the establishing, by the service control module, a connection table item by using the received service packet, comprises: recording, by the service control module, the control information, and five-element-group information extracted according to the service packet; and when the response packet of the service packet returned by the external network is received by the service control module, extracting, by the service control module, five-element-group information of the response packet; looking up, by the service control module, the control information corresponding to the connection table item from the connection table item according to the five-element-group information of the response packet, adding the found control information into the response packet, and transmitting the response packet to the forwarding device of the autonomous network; and performing, by the forwarding device of the autonomous network, QoS processing on the response packet according to the control information. marking, by a deep packet inspect device, a service packet received from a user terminal by using priority information, to which a field of the service packet from the user terminal corresponds, as control information;