mhurhangee/ep-ind-claims huggingface dataset:
A stent for repairing a leak in a pipe carrying water, gas, and/or oil, the stent comprising: a spring defining a tubular mesh structure, the spring defining an outer surface and an inner surface, the inner surface defining a void; and a seal wrapped around the outer surface of the spring; the stent configurable in a compressed orientation, wherein the spring is compressed, and an expanded orientation, wherein the spring is expanded, the spring biasing the stent to the expanded orientation. a spring defining a tubular mesh structure, the spring defining an outer surface and an inner surface, the inner surface defining a void; and a seal wrapped around the outer surface of the spring; the stent configurable in a compressed orientation, wherein the spring is compressed, and an expanded orientation, wherein the spring is expanded, the spring biasing the stent to the expanded orientation.
Method for controlling aggregation of multimedia contents to be transmitted to at least one communication equipment (CEi) of a user, said method being executed by a multimedia server and comprising: - obtaining a model of aggregated multimedia contents, said obtained model defining at least multimedia contents that must be aggregated into the defined stream and further defining at least a codec used by each source (Sj) for providing a multimedia content that must be aggregated into the defined stream, possible links of aggregation between these multimedia contents, and rules for rendering these aggregated multimedia contents and representing first requirements defined by a content aggregation producer, - handling different sources (Sj) of multimedia contents concerned by said obtained model, by controlling ports of said server for receiving multimedia content streams from said sources (Sj) designated by said obtained model, - receiving, from said communication equipment (CEi), second requirements defined by said user and destined to modify said obtained model, - defining an aggregated multimedia content stream corresponding to said obtained model, modified by said second requirements and taking into account at least network constraints. - obtaining a model of aggregated multimedia contents, said obtained model defining at least multimedia contents that must be aggregated into the defined stream and further defining at least a codec used by each source (Sj) for providing a multimedia content that must be aggregated into the defined stream, possible links of aggregation between these multimedia contents, and rules for rendering these aggregated multimedia contents and representing first requirements defined by a content aggregation producer, - handling different sources (Sj) of multimedia contents concerned by said obtained model, by controlling ports of said server for receiving multimedia content streams from said sources (Sj) designated by said obtained model, - receiving, from said communication equipment (CEi), second requirements defined by said user and destined to modify said obtained model, - defining an aggregated multimedia content stream corresponding to said obtained model, modified by said second requirements and taking into account at least network constraints.
An inorganic sulfide electrolyte material represented by the following formula, Li 10 M(P 1-a Sb a) 2 S 12,; wherein, M is one or more of Ge, Si and Sn, 0.01≤a≤1; preferably, 0.01≤a≤0.2. wherein, M is one or more of Ge, Si and Sn, 0.01≤a≤1; preferably, 0.01≤a≤0.2.
Method for improving the dynamic behavior of a coal-fired power plant for primary and/or secondary requirements of the power grid operator with respect to the current output into the grid, wherein the power plant has a nominal output and is operated with a furnace comprising at least one firing box for the firing of the fuel, at least two coal grinding plants (2.1, 2.2, 2.3, 2.4) for the grinding of the fuel having a direct firing system, wherein, in the direct firing systems, coal dust lines (3.1, 3.2, 3.3, 3.4), which originate from the grinding plants (2.1, 2.2, 2.3, 2.4), serve the associated burners, wherein at least one of these coal grinding plants (2.4) comprises an additional indirect firing system, wherein the indirect firing system has at least one silo and apportioning organs, and the coal dust is indirectly fed via the indirect firing system to the firing box and the further coal grinding plant(s) (2.1, 2.2, 2.3) directly feeds the coal dust to the firing box via the direct firing system, and wherein upon an increase of the primary and/or secondary requirements of the power grid operator with respect to the current output into the grid the coal dust quantity indirectly fed in via silo and apportioning organs compared with the present actual output or compared with the coal dust quantity fed in through each of the coal grinding plant(s) (2.1, 2.2, 2.3, 2.4) is increased and in the process coal dust stocked in the silo is withdrawn and introduced into the firing box, and wherein upon a reduction of the primary and/or secondary requirements of the power grid operator with respect to the current output into the grid the coal dust quantity indirectly fed in via silo and apportioning organs is reduced compared with the present actual output or compared with the coal dust quantity fed in through each of the coal grinding plant (s) (2.1, 2.2, 2.3, 2.4) is reduced and in the process coal dust excessively produced by the grinding plant (2.4) stored in the silo characterized in that, in the case of indirect feeding, the coal dust is separated from a carrier gas in a common separator and fed to the silo via a coal dust switch arranged in each of the coal dust lines (3.1, 3.2, 3.3, 3.4) and via storage lines (7.1, 7.2, 7.3, 7.4), and in that the coal dust is fed to the coal dust lines (3.1, 3.2, 3.3, 3.4) downstream of the first coal dust switch via feed lines (9.1, 9.2, 9.3, 9.4) and apportioning organs arranged in the feed lines (9.1, 9.2, 9.3, 9.4), via in each case a charging device and a further coal dust switch.
A fuel pump unit for a fuel dispensing unit, comprising a pump with a suction side and a pressure side, and a first bypass channel arranged between the pressure side and the suction side, the first bypass channel comprising a first control valve, characterized in that the fuel pump unit further comprises a second bypass channel extending between the pressure side and the suction side, the second bypass channel comprising a second control valve.
A method of wireless communication, comprising: identifying a plurality of available data resource elements, REs, in a subframe; and assigning data REs from the plurality of available data REs for data transmission to a wireless device in groups of a predetermined number of REs such that all assigned data REs within a group are within a predetermined number of symbols of each other in time domain and within a second predetermined number of subcarriers of each other in frequency domain, characterized in that the plurality of available data REs comprise data REs not assigned to one of a channel state information reference signal, CSI-RS, RE and a muted CSI-RS RE, the predetermined number of symbols is zero so that all data REs within a group are on a same OFDM symbol, the second predetermined number of subcarriers is one or two, the grouping is limited to data REs within the same resource block, the predetermined number of data REs is a function of a number of transmit antenna ports used for transmission of a common reference signal, CRS, and the groups of the predetermined number of data REs comprise space-frequency block code, SFBC, or space-time block code pairs transmitted using an Alamouti transmit diversity scheme. identifying a plurality of available data resource elements, REs, in a subframe; and assigning data REs from the plurality of available data REs for data transmission to a wireless device in groups of a predetermined number of REs such that all assigned data REs within a group are within a predetermined number of symbols of each other in time domain and within a second predetermined number of subcarriers of each other in frequency domain, characterized in that the plurality of available data REs comprise data REs not assigned to one of a channel state information reference signal, CSI-RS, RE and a muted CSI-RS RE, the predetermined number of symbols is zero so that all data REs within a group are on a same OFDM symbol, the second predetermined number of subcarriers is one or two, the grouping is limited to data REs within the same resource block, the predetermined number of data REs is a function of a number of transmit antenna ports used for transmission of a common reference signal, CRS, and the groups of the predetermined number of data REs comprise space-frequency block code, SFBC, or space-time block code pairs transmitted using an Alamouti transmit diversity scheme.
A tilting pad bearing comprising: a bearing housing (4; 22); a plurality of pads (2; 20) which are arranged to be pivotable with respect to the bearing housing (4; 22); an oil channel (31; 32) which is formed in each of the pads (2; 20) to cool down at least a rear end part of the pad (2; 20); characterized by a first nozzle (9; 27) which is formed in each of the pads (2; 20), connects with the oil channel, and is open on a rear end surface (8; 26) of the pad (2; 20), wherein the first nozzle (9; 27) is configured to supply lubricating oil to the next pad (2; 20) on the downstream side, and a second nozzle (10; 28) which is formed in at least one of the pads (2; 20), connects with the oil channel, and is open on a rear edge part of a sliding surface (5; 23) of the pad (2; 20), wherein the second nozzle is configured to supply lubricating oil to the rear edge part of the sliding surface (5; 23). a bearing housing (4; 22); a plurality of pads (2; 20) which are arranged to be pivotable with respect to the bearing housing (4; 22); an oil channel (31; 32) which is formed in each of the pads (2; 20) to cool down at least a rear end part of the pad (2; 20); characterized by a first nozzle (9; 27) which is formed in each of the pads (2; 20), connects with the oil channel, and is open on a rear end surface (8; 26) of the pad (2; 20), wherein the first nozzle (9; 27) is configured to supply lubricating oil to the next pad (2; 20) on the downstream side, and a second nozzle (10; 28) which is formed in at least one of the pads (2; 20), connects with the oil channel, and is open on a rear edge part of a sliding surface (5; 23) of the pad (2; 20), wherein the second nozzle is configured to supply lubricating oil to the rear edge part of the sliding surface (5; 23).
A method for structuring a surface of an intaglio printing plate, - in which a stencil layer is printed onto the surface of the intaglio printing plate, - in which the printing is carried out by spraying stencil material in the form of droplets, - in which the stencil layer is contoured during printing, so that the stencil layer has recesses, and - in which a chemical treatment of the surface of the intaglio printing plate is performed after the printing of the stencil layer, in which material is applied to the surface of the intaglio printing plate or is removed from the surface of the intaglio printing plate, characterised in that at least partially a droplet volume of less than 10 pl is used. - in which a stencil layer is printed onto the surface of the intaglio printing plate, - in which the printing is carried out by spraying stencil material in the form of droplets, - in which the stencil layer is contoured during printing, so that the stencil layer has recesses, and - in which a chemical treatment of the surface of the intaglio printing plate is performed after the printing of the stencil layer, in which material is applied to the surface of the intaglio printing plate or is removed from the surface of the intaglio printing plate, characterised in that at least partially a droplet volume of less than 10 pl is used.
A photoplethysmography sensor apparatus (200, 300) comprising: - a light source unit (210, 310) configured to generate a first light signal (210a, 310a); - a photodetector unit (230, 330) configured to observe a second light signal (220a, 320a), where said second light signal (220a, 320a) is indicative of an absorption of said first light signal (210a, 310a) in a target (220, 320), wherein said photodetector unit (230, 330) is further configured to output a photodetector output signal in response to observing said second light signal (220a, 320a); and - an ambient light compensating feedback loop (201, 301) comprising a track-and-hold unit (260, 360) configured to receive said photodetector output signal; wherein said photoplethysmography sensor apparatus (200, 300) is configured to compare an output signal of said track-and-hold unit (260, 360) to a reference signal (V R), and wherein said ambient light compensating feedback loop (201, 301) comprises a first amplifying unit (250, 350) configured to provide a compensation current based on said comparison to the track-and-hold unit (260, 360). - a light source unit (210, 310) configured to generate a first light signal (210a, 310a); - a photodetector unit (230, 330) configured to observe a second light signal (220a, 320a), where said second light signal (220a, 320a) is indicative of an absorption of said first light signal (210a, 310a) in a target (220, 320), wherein said photodetector unit (230, 330) is further configured to output a photodetector output signal in response to observing said second light signal (220a, 320a); and - an ambient light compensating feedback loop (201, 301) comprising a track-and-hold unit (260, 360) configured to receive said photodetector output signal; wherein said photoplethysmography sensor apparatus (200, 300) is configured to compare an output signal of said track-and-hold unit (260, 360) to a reference signal (V R), and wherein said ambient light compensating feedback loop (201, 301) comprises a first amplifying unit (250, 350) configured to provide a compensation current based on said comparison to the track-and-hold unit (260, 360).
Expansion joint strip for permanently sealing joints between or in building structures and/or parts thereof with an elastic material, with a sealing strip, wherein a. the sealing strip comprises cavities extending continuously therein, running along its central longitudinal axis, b. at least three ridges extending along the central longitudinal axis are formed on the sides of the sealing strip, c. the elastic material comprises plastic and/or rubber material, d. the ridges are formed on the sides of the sealing strip in a central region of the cavities of the sealing strip, e. the cavities are equally spaced from one another, f. the sealing strip is rectangular in cross-section, characterized in that g. projections, which are triangular or mushroom-shaped or T-shaped in the cross-section and extend along the central longitudinal axis, are formed as sealing lips on the opposite sides of the sealing strip and on the ridge sides of the ridges and/or projections are formed on the head regions of the ridges, h. the head region, facing away from the sealing strip, of at least one ridge is recessed to form a channel with a cross-section in the shape of a partial circle extending along the central longitudinal axis, the channels contain swelling strips, i. the swelling strips contain materials that swell in the presence of liquids, j. the head regions, facing away from the sealing strip, of the central ridges are recessed, k. the head regions are T-shaped or mushroom-shaped in cross-section, l. the cavities have cavity sides recessed, in the cross-section, towards the ridges in the shape of a circular segment. a. the sealing strip comprises cavities extending continuously therein, running along its central longitudinal axis, b. at least three ridges extending along the central longitudinal axis are formed on the sides of the sealing strip, c. the elastic material comprises plastic and/or rubber material, d. the ridges are formed on the sides of the sealing strip in a central region of the cavities of the sealing strip, e. the cavities are equally spaced from one another, f. the sealing strip is rectangular in cross-section, characterized in that g. projections, which are triangular or mushroom-shaped or T-shaped in the cross-section and extend along the central longitudinal axis, are formed as sealing lips on the opposite sides of the sealing strip and on the ridge sides of the ridges and/or projections are formed on the head regions of the ridges, h. the head region, facing away from the sealing strip, of at least one ridge is recessed to form a channel with a cross-section in the shape of a partial circle extending along the central longitudinal axis, the channels contain swelling strips, i. the swelling strips contain materials that swell in the presence of liquids, j. the head regions, facing away from the sealing strip, of the central ridges are recessed, k. the head regions are T-shaped or mushroom-shaped in cross-section, l. the cavities have cavity sides recessed, in the cross-section, towards the ridges in the shape of a circular segment.
Method for operating an electronic circuit breaker having a semiconductor switch connected between a voltage input and a load output, to which a control signal (S G) derived from the load current (I L, I ds) and from the drain-source voltage (V ds) is supplied on the control side, characterised in that the power (P FET) of the semiconductor switch is adjusted during the switch-on process of a load to be less than or equal to a maximum power value (P max).
A method for image processing, including: receiving a radiographic image that includes a region with suppressed image information; on a display unit, effecting display of an augmented image that includes the radiographic image along with a graphical indicator (505,510,515) superimposable on said radiographic image, wherein said graphical indicator indicates at least a part of said region with suppressed image information and comprises an outline only of at least a part of said region with suppressed image information. receiving a radiographic image that includes a region with suppressed image information; on a display unit, effecting display of an augmented image that includes the radiographic image along with a graphical indicator (505,510,515) superimposable on said radiographic image, wherein said graphical indicator indicates at least a part of said region with suppressed image information and comprises an outline only of at least a part of said region with suppressed image information.
Electric welding coupler for the welding of pipes made of thermoplastic material or other weldable plastics comprising a cylindrical body made of thermoplastic material or other weldable plastics, containing at least one welding element, wherein the welding element is arranged close to the inner diameter of the cylindrical body, wherein the welding element forms at least two welding zones, a contact for feeding the electric current and at least one cavity, wherein the cavity is arranged in the cylindrical body, characterized in that a reinforcing ring is arranged around the outer circumference respectively outer diameter of the cylindrical body.
Liquid disinfecting cartridge for a medical instrument cleaning and disinfecting apparatus, the liquid disinfecting cartridge comprising a liquid disinfecting unit, wherein the liquid disinfecting unit comprises: - an inlet for feeding a liquid, such as tap water, to the liquid disinfecting unit; - a disinfecting filter adapted to disinfect the liquid fed to the liquid disinfecting unit; and - a discharge for discharging the disinfected liquid from the liquid disinfecting unit, characterised in that the liquid disinfecting unit further comprises coupling means for interchangeably coupling the liquid disinfecting unit with a liquid disinfecting unit receiving part of the cleaning and disinfecting apparatus, and in that the liquid disinfecting unit is connected to an air gap device for a medical instrument cleaning and disinfecting apparatus, the air gap device comprising a housing jacket, wherein the housing jacket defines two end surfaces (3, 4): - a first end surface adapted to allow liquid to enter the air gap device; and - a second end surface adapted to discharge liquid from the air gap device, wherein the first end surface comprises connecting means for connecting the air gap device to the liquid disinfecting unit comprising receiving means for receiving the connecting means of the air gap device, wherein the first end surface of the housing jacket is arranged opposite the second end surface of the housing jacket. - an inlet for feeding a liquid, such as tap water, to the liquid disinfecting unit; - a disinfecting filter adapted to disinfect the liquid fed to the liquid disinfecting unit; and - a discharge for discharging the disinfected liquid from the liquid disinfecting unit, - a first end surface adapted to allow liquid to enter the air gap device; and - a second end surface adapted to discharge liquid from the air gap device,
Use of keratin hydrolysate as flame retardant, which can be applied to a substrate as a covering or coating, in particular can be sprayed onto a surface of the substrate as a powder in dissolved form, the flame retardant consisting of keratin hydrolysate, which consists essentially of polypeptides obtained from keratin materials. which can be applied to a substrate as a covering or coating, in particular can be sprayed onto a surface of the substrate as a powder in dissolved form, the flame retardant consisting of keratin hydrolysate, which consists essentially of polypeptides obtained from keratin materials.