mhurhangee/ep-ind-claims huggingface dataset:
A method for installing a base station in a mobile communication system comprising a serving base station, the method comprising: a. providing a first and second communication device (105, 107), wherein the first communication device is configured for broadcasting data, wherein the second communication device is configured for receiving data from the serving base station, wherein the first and second communication devices (105, 107) are installed in a first and second installation area relative to the serving base station respectively; b. receiving, by the serving base station, a measurement report message from a mobile station being served by the serving base station, wherein the measurement report message comprises measurements by the mobile station on the broadcasted data; c. evaluating, by the serving base station, the measurements and making a handover decision towards the second communication device, thereby sending a handover request to the second communication device; d. upon receiving the handover request from the serving base station incrementing at the second communication device a first number of received handovers and rejecting the handover request; e. determining by a control unit of the mobile communication system the first installation area for installing the base station based on the first number of handovers obtained during a predefined time period. a. providing a first and second communication device (105, 107), wherein the first communication device is configured for broadcasting data, wherein the second communication device is configured for receiving data from the serving base station, wherein the first and second communication devices (105, 107) are installed in a first and second installation area relative to the serving base station respectively; b. receiving, by the serving base station, a measurement report message from a mobile station being served by the serving base station, wherein the measurement report message comprises measurements by the mobile station on the broadcasted data; c. evaluating, by the serving base station, the measurements and making a handover decision towards the second communication device, thereby sending a handover request to the second communication device; d. upon receiving the handover request from the serving base station incrementing at the second communication device a first number of received handovers and rejecting the handover request; e. determining by a control unit of the mobile communication system the first installation area for installing the base station based on the first number of handovers obtained during a predefined time period.
A method for making a paper or cardboard sheet, comprising adding a water-soluble polymer P of weight average molecular weight greater than 750,000 Daltons to a fiber suspension at a rate of 100 to 5000 g.t -1 of dry matter, characterized in that it comprises the following successive steps: - preparing an aqueous solution A containing at least one water-soluble polymer P at a concentration C comprising between 0.1 and 0.5% by weight, said polymer P having a factor F strictly greater than 4, with F = Δ 600 / C, Δ 600 being the slope to reach 90% of the viscosity developed by aqueous solution A at 600 seconds at 25°C, obtained from the viscosity curve of aqueous solution A as a function of time, at the given concentration C, at 25°C, polymer P being, prior to the formation of aqueous solution A, in the form of an anhydrous oily suspension containing between 20 and 60% by weight of polymer P in the form of particles of number average diameter of between 0.1 μm and less than 300 μm, the viscosity of solution A over time being determined at 25°C with the aid of a viscometer equipped with a helical geometry, - adding aqueous solution A to the fibrous suspension, at one or more injection points, - forming a sheet of paper or cardboard. - preparing an aqueous solution A containing at least one water-soluble polymer P at a concentration C comprising between 0.1 and 0.5% by weight, said polymer P having a factor F strictly greater than 4, with F = Δ 600 / C, Δ 600 being the slope to reach 90% of the viscosity developed by aqueous solution A at 600 seconds at 25°C, obtained from the viscosity curve of aqueous solution A as a function of time, at the given concentration C, at 25°C, polymer P being, prior to the formation of aqueous solution A, in the form of an anhydrous oily suspension containing between 20 and 60% by weight of polymer P in the form of particles of number average diameter of between 0.1 μm and less than 300 μm, the viscosity of solution A over time being determined at 25°C with the aid of a viscometer equipped with a helical geometry, polymer P being, prior to the formation of aqueous solution A, in the form of an anhydrous oily suspension containing between 20 and 60% by weight of polymer P in the form of particles of number average diameter of between 0.1 μm and less than 300 μm, the viscosity of solution A over time being determined at 25°C with the aid of a viscometer equipped with a helical geometry, - adding aqueous solution A to the fibrous suspension, at one or more injection points, - forming a sheet of paper or cardboard.
Vehicle body for commercial vehicles, in particular for semitrailers, comprising a cargo space floor (2.1), supported on a chassis, and comprising a cargo space which extends above the cargo space floor (2.1), is delimited, in regions, by at least one side tarpaulin and has a roof which is supported on height-adjustable corner posts, characterised in that, for variable height-adjustment of the roof and the corner posts, the side tarpaulin comprises at least two adjacent tarpaulin portions (10, 11), each having tarpaulin eyelets (12, 13) for arranging a tarpaulin fastening means, it being possible for the tarpaulin eyelets (12, 13) of the tarpaulin portions (10, 11) to be selectively used for fastening the side tarpaulin, and, when the tarpaulin eyelets of an upper tarpaulin portion are selected, it being possible for the adjacent lower tarpaulin portion to be folded up by means of its tarpaulin eyelets and to be bent back against the inner face of the side tarpaulin facing the cargo space.
A method for determining a noise floor power level in a radio receiver, the method comprising receiving estimated values of the noise floor power level and sorting the received estimated values by time bins, the time bins being N predetermined portions of a predetermined time cycle, the method also comprising determining an average value of the received values in each time bin for a previous time cycle, wherein the received estimated values of the noise power floor are stored and the average values of the time bins in said previous time cycle are determined from the stored received estimated values of the noise power floor, and the method being characterized in that it also comprises determining a scale factor for each time bin k in the current time cycle by means of dividing the average value of each time bin k in said previous time cycle by the smallest average value of the time bins in said previous time cycle, where the result of the division for time bin k in said previous time cycle is used as scale factor for time bin k in the current time cycle, the method further comprising determining a compensated noise floor power level for each time bin in the current time cycle by applying the scale factor of the current time bin to the currently received estimated value of the noise floor power level.
A touchscreen for locating an opaque object in a target region, by detecting interruption of light beams, the touchscreens having one or more optical emitters creating the beams, and one or more optical detectors providing detection signals, characterized in that the optical emitters use emission wavelengths which are compatible with night vision apparatus, whereby the optical emitters using IR LEDs of 1300 nm, and that the touchscreen has an NVIS radiance smaller than 1.7 10 -11 when measured in accordance with paragraph 4.8.14 of MIL-L-85762A.
Filtering device featuring a housing with a main housing body detachably mounted on a base for defining an enclosed space, wherein filter means are provided, as well as with a liquid inlet passage provided in the base leading towards the filter means and/or with a liquid outlet passage coming from the filter means, wherein the base serves as detachable locking element of the housing and features a duct extending around the complete external periphery, wherein this duct communicates on the one hand with a liquid inlet and/or with a liquid outlet of the housing and wherein on the other hand the corresponding liquid inlet passage or the liquid outlet passage is provided in the base serving as detachable locking element, characterized in that the base is inserted into an open end of the main housing body and connected to the main housing body by means of a thread.
A method for generating an interference pattern (27, 28, 29, 37, 38, 39, 59, 84, 85, 716) using multi-beam interference of electromagnetic radiation comprising the steps: computing a set of grid points in a complex plane representing a grid (22, 32, 81) with a desired symmetry, selecting a radius of a virtual circle (23,25, 26, 33, 35, 36, 59, 82), selecting a set of grid points (24, 34, 83) in the complex plane that lies on the virtual circle (23, 25, 26, 33, 35, 36, 82) centered around a virtual center point, associating an argument of each grid point of the selected set of grid points (24,34, 83) in the complex plane with a propagation direction of plane waves or quasi plane waves or parallel wave fronts, and obtaining the interference pattern (27,28,29,37,38, 39, 84, 85, 716) that is a superposition of the plane waves or quasi plane waves or parallel wave fronts. computing a set of grid points in a complex plane representing a grid (22, 32, 81) with a desired symmetry, selecting a radius of a virtual circle (23,25, 26, 33, 35, 36, 59, 82), selecting a set of grid points (24, 34, 83) in the complex plane that lies on the virtual circle (23, 25, 26, 33, 35, 36, 82) centered around a virtual center point, associating an argument of each grid point of the selected set of grid points (24,34, 83) in the complex plane with a propagation direction of plane waves or quasi plane waves or parallel wave fronts, and obtaining the interference pattern (27,28,29,37,38, 39, 84, 85, 716) that is a superposition of the plane waves or quasi plane waves or parallel wave fronts.
Stool sample device [A"] for collecting a stool sample from a region of a human rectum, which device comprises an outer part and an inner part, wherein the outer part comprises an outer unit [G"], wherein an inner unit [E"] is mounted, further wherein the outer unit [G"] has a round tip and comprises openings for collecting sample from the human rectum; and the inner part comprises the inner unit [E"] fitted with gaskets [D"], a first gasket [D"] is placed at the tip end of the inner unit [E"], and a second gasket is placed at the opposite end of a spiral-shaped part or snail, and at distance of a handle [B"]; characterised in that the inner unit [E"] is equipped with the spiral-shaped part or snail placed at the tip end relative to the outer unit [G"] and with the handle for turning [B"] and pulling [C"] at the opposite end relative to the spiral-shaped part or snail; and that the inner unit [E"] can be turned and pulled back by the handle [B", C"] with respect to the outer unit [G'']. the outer part comprises an outer unit [G"], wherein an inner unit [E"] is mounted, further wherein the outer unit [G"] has a round tip and comprises openings for collecting sample from the human rectum; and the inner part comprises the inner unit [E"] fitted with gaskets [D"], a first gasket [D"] is placed at the tip end of the inner unit [E"], and a second gasket is placed at the opposite end of a spiral-shaped part or snail, and at distance of a handle [B"]; characterised in that the inner unit [E"] is equipped with the spiral-shaped part or snail placed at the tip end relative to the outer unit [G"] and with the handle for turning [B"] and pulling [C"] at the opposite end relative to the spiral-shaped part or snail; and that the inner unit [E"] can be turned and pulled back by the handle [B", C"] with respect to the outer unit [G''].
A building block, wherein said building block in the orientation intended during use comprises: - a first block; - a second block; - an insulation block; wherein the insulation block is being arranged between the first block and the second block; wherein the building block is having an extension in a longitudinal direction X; in a depth direction Y and in a height direction Z; wherein the building block accordingly comprises a number of distinct surfaces (8,8a,8b,8c,8d,8e,8f), which in pairs are being mutually separated by an edge (10,10a,10b); wherein said building block comprises one or more channels, wherein one or more of these one or more channels define(s) a passage from one distinct surface to another distinct surface; wherein said channel comprises two channel sections (12a,12b), wherein the first channel section extends in the height direction Z from an outer, upper distinct surface of the building block and a portion into the interior of the building block; and wherein second channel section extends in the depth direction Y from an outer, distinct surface of the second block to the first channel section in such a way that the first channel section is connected to the second channel section; characterised in that said channel extends at least through a part of the insulation block. - a first block; - a second block; - an insulation block; wherein the insulation block is being arranged between the first block and the second block; wherein the building block is having an extension in a longitudinal direction X; in a depth direction Y and in a height direction Z; wherein the building block accordingly comprises a number of distinct surfaces (8,8a,8b,8c,8d,8e,8f), which in pairs are being mutually separated by an edge (10,10a,10b); wherein said building block comprises one or more channels, wherein one or more of these one or more channels define(s) a passage from one distinct surface to another distinct surface; wherein said channel comprises two channel sections (12a,12b), wherein the first channel section extends in the height direction Z from an outer, upper distinct surface of the building block and a portion into the interior of the building block; and wherein second channel section extends in the depth direction Y from an outer, distinct surface of the second block to the first channel section in such a way that the first channel section is connected to the second channel section; characterised in that said channel extends at least through a part of the insulation block.
Method for passing on at least one consignment (1,21) from a transferring vehicle (2,22) to a receiving vehicle (3,26), - in which the transferring vehicle (2,22) and the receiving vehicle (3,26) are made to roughly approach one another on the basis of position data of the transferring vehicle (2,22) and/or of the receiving vehicle (3,26), - in which, after the transferring vehicle (2,22) and the receiving vehicle (3,26) have been made to roughly approach one another, they are made to approach one another precisely while approximating the speeds and the directions of travel of the transferring vehicle (2,22) and the receiving vehicle (3,26) to one another, - in which, while the transferring vehicle (2,22) and the receiving vehicle (3,26) are traveling with speeds and directions of travel which are approximate to one another, the at least one consignment (1,21) is transferred from the transferring vehicle (2,22) to the receiving vehicle (3,26), and - in which, after the transfer of the at least one consignment (1,21) has taken place, the transferring vehicle (2,22) and the receiving vehicle (3,26) move away from one another, characterized in that, - the at least one consignment (1,21) is a piece goods or a packaging, and - in that before the transfer of the at least one consignment (1,21), a cargo space (10,25) of the transferring vehicle (2,22) and/or of the receiving vehicle (3,26) is opened and/or after the transfer of the at least one consignment (1,21) a cargo space (10,25) of the transferring vehicle (2,22) and/or of the receiving vehicle (3,26) is closed. - in which the transferring vehicle (2,22) and the receiving vehicle (3,26) are made to roughly approach one another on the basis of position data of the transferring vehicle (2,22) and/or of the receiving vehicle (3,26), - in which, after the transferring vehicle (2,22) and the receiving vehicle (3,26) have been made to roughly approach one another, they are made to approach one another precisely while approximating the speeds and the directions of travel of the transferring vehicle (2,22) and the receiving vehicle (3,26) to one another, - in which, while the transferring vehicle (2,22) and the receiving vehicle (3,26) are traveling with speeds and directions of travel which are approximate to one another, the at least one consignment (1,21) is transferred from the transferring vehicle (2,22) to the receiving vehicle (3,26), and - in which, after the transfer of the at least one consignment (1,21) has taken place, the transferring vehicle (2,22) and the receiving vehicle (3,26) move away from one another, - the at least one consignment (1,21) is a piece goods or a packaging, and - in that before the transfer of the at least one consignment (1,21), a cargo space (10,25) of the transferring vehicle (2,22) and/or of the receiving vehicle (3,26) is opened and/or after the transfer of the at least one consignment (1,21) a cargo space (10,25) of the transferring vehicle (2,22) and/or of the receiving vehicle (3,26) is closed.
A composition comprising: i) a flavonoid or polyphenol; and ii) a heat stable solubilizing compound; wherein said composition is formed by a process comprising heating said flavonoid or polyphenol in the presence of said heat stable solubilizing compound to a temperature of greater than 100°C in the absence of a carrier, such that said flavonoid or polyphenol is dissolved in said heat stable solubilizing compound. i) a flavonoid or polyphenol; and ii) a heat stable solubilizing compound;
A folding bed, comprising a support frame and an air mattress; the air mattress being arranged on the support frame; the support frame being used to support the air mattress, wherein the support frame comprises a fixing frame, a movable frame and a first fixing structure; the fixing frame is rotationally connected with the movable frame; the first fixing structure is arranged on the fixing frame and the movable frame for fixing the movable frame with the fixing frame after the movable frame is rotated relative to the fixing frame by a predetermined angle, the first fixing structure comprises a fixing part provided with a fixing hole and a first fixing protrusion used to be snapped in the fixing hole; the first fixing protrusion is provided on the movable frame; and the fixing part is provided on the fixing frame, characterized in that the first fixing structure further comprises a spring; the movable frame is provided with a groove; the first fixing protrusion has one end arranged in the groove and the other end used to be snapped in the fixing hole; the spring has one end connected with a bottom wall of the groove and the other end connected with the first fixing protrusion.
A thermal transfer sheet, comprising: a substrate; and a transfer layer comprising a release layer, a colorant layer and an adhesive layer, wherein the colorant layer comprises one or both of a polyester and a vinyl chloride-vinyl acetate copolymer, and a colorant, characterized in that the release layer comprises a polyethylene glycol having a number average molecular weight of 8000 or more and 23000 or less. a substrate; and a transfer layer comprising a release layer, a colorant layer and an adhesive layer, wherein the colorant layer comprises one or both of a polyester and a vinyl chloride-vinyl acetate copolymer, and a colorant, characterized in that the release layer comprises a polyethylene glycol having a number average molecular weight of 8000 or more and 23000 or less.
An Organic Rankine Cycle system comprising: a primary cooling flow circuit having, in flow series, a turbine arranged to be driven by a working fluid, a condenser, a first pump and an evaporator; a secondary cooling flow circuit in communication with a rotor volume at sub-atmospheric pressure, wherein said secondary cooling flow circuit is configured to spray said working fluid into said rotor volume; and a valve operable to increase a pump exit pressure until the pump exit pressure exceeds a primary cooling flow circuit pressure such that said working fluid flows out of said secondary cooling flow circuit to said primary cooling flow circuit. a primary cooling flow circuit having, in flow series, a turbine arranged to be driven by a working fluid, a condenser, a first pump and an evaporator; a secondary cooling flow circuit in communication with a rotor volume at sub-atmospheric pressure, wherein said secondary cooling flow circuit is configured to spray said working fluid into said rotor volume; and a valve operable to increase a pump exit pressure until the pump exit pressure exceeds a primary cooling flow circuit pressure such that said working fluid flows out of said secondary cooling flow circuit to said primary cooling flow circuit.
A machine for the separative machining of a plate-shaped workpiece by means of a processing beam, comprising: a first movement unit for moving the workpiece in a first direction; a second movement unit for moving a machining head which aligns the processing beam onto the workpiece in a second direction which is perpendicular to the first direction; and two workpiece-bearing faces (4, 5) for bearing the workpiece, a gap which extends along the second direction being formed between the former, characterized in that at least one support slide which is displaceable in the second direction is disposed within the gap, said support slide having a bearing face for supporting the workpiece supported on the workpiece-bearing faces (4, 5) and for supporting workpiece parts (18, 18a, 18b) which are cut in the course of the separative machining, and that the support slide is displaceable in a controlled manner within the gap, so as to be independent of the machining head. a first movement unit for moving the workpiece in a first direction; a second movement unit for moving a machining head which aligns the processing beam onto the workpiece in a second direction which is perpendicular to the first direction; and two workpiece-bearing faces (4, 5) for bearing the workpiece, a gap which extends along the second direction being formed between the former, characterized in that at least one support slide which is displaceable in the second direction is disposed within the gap, said support slide having a bearing face for supporting the workpiece supported on the workpiece-bearing faces (4, 5) and for supporting workpiece parts (18, 18a, 18b) which are cut in the course of the separative machining, and that the support slide is displaceable in a controlled manner within the gap, so as to be independent of the machining head.