mhurhangee/patent-ind-claim-en huggingface dataset:
A method of timeslot-wise detection of at least one radio signal in a cellular radio network, wherein a radio signal is received via at least one first radio antenna and at least one second radio antenna , wherein the radio signal received by the respective radio antennas is forwarded to at least one first radio receiver assigned to the first radio antenna and to at least one second radio receiver assigned to the second radio antenna , and wherein the radio signal forwarded is evaluated by the following steps: - Synchronizing the first radio receiver with a preconfigured frame structure and synchronizing the second radio receiver with a preconfigured frame structure, - Selecting at least one identical time slot out of the frame structure at the first radio receiver and the second radio receiver , and - Providing timing information of the selected time slot from the first radio receiver to the second radio receiver , from the second radio receiver to the first radio receiver and/or from the respective radio receiver to a central unit for calculating a time difference of arrival. - Synchronizing the first radio receiver with a preconfigured frame structure and synchronizing the second radio receiver with a preconfigured frame structure, - Selecting at least one identical time slot out of the frame structure at the first radio receiver and the second radio receiver , and - Providing timing information of the selected time slot from the first radio receiver to the second radio receiver , from the second radio receiver to the first radio receiver and/or from the respective radio receiver to a central unit for calculating a time difference of arrival.
Switching device for a medium-voltage electrical circuit , comprising: - a frame , - a vacuum circuit breaker comprising a fixed electrode relative to the frame and a mobile electrode , - an elastic member , - an actuating lever connected to the mobile electrode via the elastic member , the actuating lever being movable between a first position called open position (P1) in which the mobile electrode and the fixed electrode are separated by an open distance (D1), and a second position called closed position (P2) in which the mobile electrode and the fixed electrode are in contact so as to allow current to flow through the electrical circuit , a passage of the actuating lever from the first position (P1) to the second position (P2) defining a displacement stroke (C1), the displacement stroke (C1) of the actuating lever being greater than the open distance (D1) such that the elastic member is compressed when the actuating lever passes from the first position (P1) to the second position (P2), characterised in that the switching device comprises at least one removable spacer arranged between the frame and the fixed electrode so as to adjust the distance between the fixed electrode and the frame by removing the removable spacer . - a frame , - a vacuum circuit breaker comprising a fixed electrode relative to the frame and a mobile electrode , - an elastic member , - an actuating lever connected to the mobile electrode via the elastic member , the actuating lever being movable between a first position called open position (P1) in which the mobile electrode and the fixed electrode are separated by an open distance (D1), and a second position called closed position (P2) in which the mobile electrode and the fixed electrode are in contact so as to allow current to flow through the electrical circuit , a passage of the actuating lever from the first position (P1) to the second position (P2) defining a displacement stroke (C1), the displacement stroke (C1) of the actuating lever being greater than the open distance (D1) such that the elastic member is compressed when the actuating lever passes from the first position (P1) to the second position (P2), characterised in that the switching device comprises at least one removable spacer arranged between the frame and the fixed electrode so as to adjust the distance between the fixed electrode and the frame by removing the removable spacer .
A rail system having a rail and a support device for the rail , which support device has a longitudinal axis (L) and is divided into a first support part (10.1) and a second support part (10.2) in parallel to the longitudinal axis (L), and further having a clamping device for fixedly clamping the rail in the support device , wherein the clamping device has a first clamping profile (40.1) and a second clamping profile (40.2), wherein the first clamping profile (40.1) is formed integrally with the first support part (10.1) and, in a mounting situation, rests against a first circumferential portion of the rail , and the second clamping part (40.2) is formed integrally with the second support part (10.2) and, in the operating state, fixedly rests against a second circumferential portion of the rail , wherein, in the operating situation, a fastening system (41; 41*) fixedly connects the first clamping profile (40.1) and the second clamping profile (40.2) to each other and clamps the rail between the first clamping profile (40.1) and the second clamping profile (40.2), characterized in that the first support part (10.1) and the second support part (10.2) are not formed symmetrically with respect to the longitudinal axis (L), wherein the larger first support part (10.1) comprises a bottom and a first side wall and the smaller second support part (10.2) comprises a second side wall , wherein on the bottom , a rail bed is formed which is adapted to the circumferential shape of at least one circumferential portion of the rail .
Device for dispensing a drink containing carbon dioxide, such as beer, from a barrel , the device comprising: - a barrel having a drink with carbon dioxide content greater than 7g/L; - a tapping line comprising a first and a second end, which at said first end is connectable to the barrel containing the drink, wherein a fluidic connection is created between the drink in the barrel and the tapping line and wherein the length of the tapping line is between 1.8 and 2.4 m and said tapping line has an internal diameter of between 2.5 and 3.5 mm; - a pressure line , also connectable to the barrel and connected to a source of compressed air or gas ; - a cooling compartment for one or more barrels ; - a tap tower provided with a faucet wherein the tap tower has an internal channel for receiving part of the tapping line , including the second end. - a barrel having a drink with carbon dioxide content greater than 7g/L; - a tapping line comprising a first and a second end, which at said first end is connectable to the barrel containing the drink, wherein a fluidic connection is created between the drink in the barrel and the tapping line and wherein the length of the tapping line is between 1.8 and 2.4 m and said tapping line has an internal diameter of between 2.5 and 3.5 mm; - a pressure line , also connectable to the barrel and connected to a source of compressed air or gas ; - a cooling compartment for one or more barrels ; - a tap tower provided with a faucet wherein the tap tower has an internal channel for receiving part of the tapping line , including the second end.
A method for receiving channel state information, CSI, by a base station in a wireless access system supporting multiple component carriers, CCs, the method comprising: receiving (S1001), from a user equipment , a CSI measurement capability indicating a total number of CSI measureable by the user equipment per each component carrier among the multiple CCs; transmitting (S1005), to the user equipment, information about a CSI measurement object configured for the user equipment; and receiving (S1009), from the user equipment, CSI measured for the CSI measurement object, wherein the CSI measurement object is configured such that the total number of the CSI measurement object is restricted based on the CSI measurement capability. receiving (S1001), from a user equipment , a CSI measurement capability indicating a total number of CSI measureable by the user equipment per each component carrier among the multiple CCs; transmitting (S1005), to the user equipment, information about a CSI measurement object configured for the user equipment; and receiving (S1009), from the user equipment, CSI measured for the CSI measurement object, wherein the CSI measurement object is configured such that the total number of the CSI measurement object is restricted based on the CSI measurement capability.
A low-floor chassis vehicle having a multi-joint design and comprising chassis having customary axle bases and entrance regions having a low entrance height of up to 250 mm and a front first entrance region , which is arranged between the driver's cab and the first axle of the low-floor vehicle and comprises transverse and longitudinal ramps (5.2, 5.3) and a wedge region, characterized in that a meaningfully usable multifunctional area that is suitable for wheelchair users and accessible by way of the first entrance is arranged in the front first entrance region, the multifunctional area being formed by a horizontal intermediate level (5.1), which comprises a predominantly horizontal area for a predominantly horizontal wheelchair turning radius, the transverse and longitudinal ramps (5.2, 5.3) being inclined from the level above the physical axles in the direction of the intermediate level (5.1) or from the intermediate level (5.1) in the direction of the entrance region .
Method for operating a compressed-air system of a motor vehicle, in which during a charging phase ambient air is pumped by a compressor into a compressed-air section and is dried therein by an air dryer , and in which during a regeneration phase dry air is passed out of a compressed-air reservoir through the air dryer , as a result of which the latter is dried and at the same time the compressor is cooled, wherein the mass and/or the volume and/or the pressure and/or the temperature of the air pumped in, and/or the temperature of the ambient air and/or of the lubricating oil which lubricates the compressor and/or the rotation speed of the compressor and/or the air humidity of the ambient air is/are detected by sensor means and integrated, and a change is made from the charging phase to the regeneration phase as a function of the at least one integral, characterized in that the temperature of the compressor is estimated as a function of the integral of the pressure of the air pumped in and/or of the rotation speed of the compressor and/or of the humidity of the ambient air and/or of the temperature of the ambient air and/or of the lubricating oil.
A filter material for use in fuel-water separation comprising: a particle filtration layer substantially comprising binder fibers and media fibers; and a coalescing layer downstream of the particle filtration layer and coupled to the particle filtration layer , the coalescing layer comprising at least 70% glass fibers by weight, wherein the filter material is configured to filter out particulates and coalesce free water in a fuel stream, wherein each of the particle filtration layer and the coalescing layer has an air permeability, and wherein a ratio of the air permeability of the particle filtration layer to the air permeability of the coalescing layer ranges from 3:1 to 15:1. a particle filtration layer substantially comprising binder fibers and media fibers; and a coalescing layer downstream of the particle filtration layer and coupled to the particle filtration layer , the coalescing layer comprising at least 70% glass fibers by weight, wherein the filter material is configured to filter out particulates and coalesce free water in a fuel stream, wherein each of the particle filtration layer and the coalescing layer has an air permeability, and wherein a ratio of the air permeability of the particle filtration layer to the air permeability of the coalescing layer ranges from 3:1 to 15:1.
Electromechanical unidirectional emergency stop device for a lift comprising a support plate in which there are activation means and mechanical means activated by the activation means , where said mechanical means consist of a connecting rod displaced by the activation means and where said connecting rod is connected with an articulated lever at the end opposite to the activation means , where this articulated lever has an articulated joint (6.1) with respect to which it rotates and that, at its opposite end, has a roller connecting rod , which, in turn, has a grooved roller at its end that runs through a curved channel made in a protective plate characterised in that the connecting rod that moves the articulated lever is a compressible connecting rod consisting of two plates connected to each other through a compressible spring (5.1).
An oral care composition comprising: a source of zinc ions, a source of citrate ions, and a source of monodentate anions, wherein the ratio of zinc ions to citrate ions to monodentate anions is about 2:1:1 on a molar basis, wherein the monodentate anion source is a chloride ion source.
A dust collector , in which a main body including an electric blower is provided in an upper part of a tank having a suction port , air that is drawn through the suction port from outside by the electric blower is discharged through the tank and the main body , and a filter that separates the suction port from the main body in an intake path extending from the suction port to the electric blower and that is capable of catching dust in the outside air is provided in the tank , a pair of the intake paths in which air flows respectively through a pair of the filters projecting within the tank are formed so as to be combined together on an upstream side of the electric blower , a pair of communication paths are formed so as to allow a discharge passage on a downstream side of the electric blower to communicate with each of the intake paths, first opening and closing members are each provided on a downstream side of the communication path in the intake path, are capable of opening and closing the intake path, and are biased, in a normal state, to a position where the first opening and closing member opens the intake path, second opening and closing members are each provided in the communication path , are capable of opening and closing the communication path , are biased, in the normal state, to a position where the second opening and closing member closes the communication path , and open the communication path in response to a closing operation of closing the intake path by the first opening and closing member , and an operation unit is provided that is capable of alternately causing the first opening and closing members in the intake paths to perform the closing operation, characterized in that when the operation unit causes one of the first opening and closing members to perform the closing operation and thus causes the second opening and closing member to open the communication path , discharged air in the discharge passage is guided to one of the intake paths via the communication path , the discharged air is caused to flow backward in the intake path and returned to the tank through the filter , and is guided to the other intake path, so that the dust on the filter of the one intake path is removed, and the operation unit includes a motor placed between the pair of first opening and closing members , and a cam member provided on an output shaft of the motor and formed to alternately contact the first opening and closing members respectively in response to rotation of the output shaft so that the first opening and closing members perform the closing operation.
A method of manufacturing a pharmaceutical active prepolymer formulation that can be stored for later foaming and manufacturing of pharmaceutical active foam wound dressings, which method includes the steps of a) combining in a reactor - at least one polyol compound, - an aromatic di-isocyanate compound in form of toluene di-isocyanate, and - at least one aliphatic di-isocyanate compound, and - a pharmaceutical active agent having a water or moisture content of maximum 1.0 wt/wt%, and b) in the same reactor prepolymerizing the at least one polyol compound and the at least one di-isocyanate compounds to integrate the pharmaceutical active agent to obtain the pharmaceutical active prepolymer formulation with %NCO from 5% to 15%, wherein the water or moisture content in both of step a) and step b) is maximum 0.8 wt/wt%. a) combining in a reactor - at least one polyol compound, - an aromatic di-isocyanate compound in form of toluene di-isocyanate, and - at least one aliphatic di-isocyanate compound, and - a pharmaceutical active agent having a water or moisture content of maximum 1.0 wt/wt%, and - at least one polyol compound, - an aromatic di-isocyanate compound in form of toluene di-isocyanate, and - at least one aliphatic di-isocyanate compound, and - a pharmaceutical active agent having a water or moisture content of maximum 1.0 wt/wt%, and b) in the same reactor prepolymerizing the at least one polyol compound and the at least one di-isocyanate compounds to integrate the pharmaceutical active agent to obtain the pharmaceutical active prepolymer formulation with %NCO from 5% to 15%, wherein the water or moisture content in both of step a) and step b) is maximum 0.8 wt/wt%.
Device comprising an array A ij comprising i = 1 times j = 1 array elements a ij , characterized in that the array A 11 comprises a composition consisting of 3, 4, 5, 7 or 8 different quantum dots and one or two photoluminescent compounds selected from emissive polymers and a light source emitting blue or ultraviolet light which is selected from organic light emitting diodes (OLEDs), polymer light emitting diodes (PLEDs), and organic light emitting electrochemical cells (OLECs or LECs)
Foil segment bearing , having a bearing back with a passage opening wherein a shaft can be arranged in the passage opening in such a manner that there is a gap (S) between the shaft and the bearing back , at least one first and one second bearing segment with a respective inner surface, which surfaces define a bearing surface with an adjustable circumference, wherein the bearing segments can be arranged in the bearing back in a manner spaced apart from the shaft , and therefore there is a gap (S) between the shaft and the bearing segments , a foil arrangement (107; 107a, 107b) which is arranged in the gap (S) between the inner surfaces of the bearing segments and the shaft , and a setting mechanism which is configured for setting a geometry of the gap (S) via a radial positioning of the bearing segments , characterized in that the setting mechanism has a spring and a pin , wherein the spring can be positioned in the axial direction by the pin .
Pig for passing through an elongate pipe having a pipe wall, preferably a gas pipeline, comprising at least one functional unit for cleaning the pipe and/or for recording pipe information and comprising a brake for controlling speed, characterised in that the pig has an eddy current braking unit formed amongst other things by a plurality of magnets which, based on the interaction of the magnets with magnetic fields induced in the wall of the pipe as a result of eddy current, is configured to generate a speed-dependent braking force so that the pig does not reach a speed that is unacceptable for cleaning or for recording measurement data.
A blade of a cutting tool with a cutting jaw, such as a pruning or pruning shears blade, intended to be articulated with a complementary member so as to form the cutting jaw of the cutting tool , said blade comprising: - a hinge means for hinging to the complementary member, a cutting part comprising two faces separated from each other by an edge, this edge comprising a cutting edge intended to cut a material and a portion opposite this cutting edge on the cutting part, this portion being called a false edge , characterized in that each face comprises three bevels of different slopes, the said bevels being arranged in succession starting from the cutting edge towards the said false edge. - a hinge means for hinging to the complementary member, a cutting part comprising two faces separated from each other by an edge, this edge comprising a cutting edge intended to cut a material and a portion opposite this cutting edge on the cutting part, this portion being called a false edge , characterized in that each face comprises three bevels of different slopes, the said bevels being arranged in succession starting from the cutting edge towards the said false edge.
A component for a gas turbine engine , comprising: a body having a first circumferential side (C1) and a second circumferential side (C2), and characterised by a circumferentially extending passage extending from the first circumferential side (C1) to the second circumferential side (C2); wherein the first circumferential side (C1) has an outer height (H1) that is less than an inner height (H3) of the second circumferential side (C2), and wherein the circumferentially extending passage is defined by a base portion (124; 224), first and second axial walls , and an outer wall that extends between the first and second axial walls . a body having a first circumferential side (C1) and a second circumferential side (C2), and characterised by a circumferentially extending passage extending from the first circumferential side (C1) to the second circumferential side (C2); wherein the first circumferential side (C1) has an outer height (H1) that is less than an inner height (H3) of the second circumferential side (C2), and wherein the circumferentially extending passage is defined by a base portion (124; 224), first and second axial walls , and an outer wall that extends between the first and second axial walls .
A method comprising: collecting, by a hoist controller, hoist operating data for a rescue hoist assembly having a cable rotatable about a cable drum axis, a drive train extending at least partially into the cable drum and configured to drive the cable drum about the cable drum axis, and a motor connected to and configured to power the drive train; recalling, by the hoist controller, a maintenance parameter from a memory of the hoist controller; comparing, by the hoist controller, the hoist operating data and the maintenance parameter; and determining, by the hoist controller, a maintenance task status of a maintenance task based on the comparison of the hoist operating data and the maintenance parameter; entering, by the hoist controller, a maintenance mode of the hoist assembly based on the hoist controller receiving a maintenance mode command; and initiating, by the hoist controller, a maintenance routine for the maintenance task based on the maintenance task status. collecting, by a hoist controller, hoist operating data for a rescue hoist assembly having a cable rotatable about a cable drum axis, a drive train extending at least partially into the cable drum and configured to drive the cable drum about the cable drum axis, and a motor connected to and configured to power the drive train; recalling, by the hoist controller, a maintenance parameter from a memory of the hoist controller; comparing, by the hoist controller, the hoist operating data and the maintenance parameter; and determining, by the hoist controller, a maintenance task status of a maintenance task based on the comparison of the hoist operating data and the maintenance parameter; entering, by the hoist controller, a maintenance mode of the hoist assembly based on the hoist controller receiving a maintenance mode command; and initiating, by the hoist controller, a maintenance routine for the maintenance task based on the maintenance task status.