mhurhangee/ep-ind-claims huggingface dataset:
A method by a first node of a wireless telecommunications system, the method comprising: determining (800, 810) a parameter defining harmonic distortion and/or inter-modulation distortion, IMD, on a second type of carrier due to transmission of signals on a first type of carrier, wherein the first and second types of carrier are aggregated component carriers and wherein the first type of carrier is a carrier with contention free access and the second type of carrier is a carrier with contention based access; adapting (802, 812) at least one of a signal measurement and a clear channel assessment, CCA, threshold used for performing a CCA procedure on the second type of carrier for deciding whether to transmit a signal or not on the second type of carrier, based on the parameter; and performing (804, 814) the CCA procedure on the second type of carrier using the adapted at least one of the signal measurement and the CCA threshold to decide whether to transmit a signal or not on the second type of carrier. determining (800, 810) a parameter defining harmonic distortion and/or inter-modulation distortion, IMD, on a second type of carrier due to transmission of signals on a first type of carrier, wherein the first and second types of carrier are aggregated component carriers and wherein the first type of carrier is a carrier with contention free access and the second type of carrier is a carrier with contention based access; adapting (802, 812) at least one of a signal measurement and a clear channel assessment, CCA, threshold used for performing a CCA procedure on the second type of carrier for deciding whether to transmit a signal or not on the second type of carrier, based on the parameter; and performing (804, 814) the CCA procedure on the second type of carrier using the adapted at least one of the signal measurement and the CCA threshold to decide whether to transmit a signal or not on the second type of carrier.
Method for directly converting wind energy into electrical energy, in which method air in an air stream is ionized with the aid of an ionizer, the air stream is routed through the electrical field of a collection electrode which acts as an opposing field for ions in the air, and the ions are collected on the collection electrode, the electrical potential of the said collection electrode being higher than that of the ionizer, and discharged, wherein the ions initially pass through the electrical field of a counter-electrode which is fitted in front of the collection electrode, characterized in that the electrical potential of the counter-electrode is set such that it is higher than that of the collection electrode but the ionized air molecules can still overcome the electrical field emanating from the counter-electrode with the aid of the wind power.
Multiple solar cell comprising a first part cell consisting of a compound of InGaAs, wherein the first part cell has a first lattice constant, and a second part cell with a second lattice constant. wherein the first lattice constant is greater by at least 0.0008 Å than the second lattice constant and each part cell (SC1, SC2) has a pn transition, and a metamorphic buffer, wherein the buffer is formed between the first part cell and the second part cell and the buffer comprises a sequence of a first layer with a first lattice constant, a second layer with a second lattice constant and at least a third layer with a third lattice constant and the lattice constants (MPA1, MPA2, MPA3) of the sequence increase from layer to layer in direction towards the first part cell and the lattice constants (MPA1, MPA2, MPA3) of the layers of the buffer are greater than the second lattice constant, wherein a fourth layer of the metamorphic buffer has a fourth lattice constant and the fourth lattice constant is greater than the first lattice constant, and wherein a number N of compensation layers (KOM1, KOM2,... KOMN) for compensation for the residual voltage of the metamorphic buffer is formed between the metamorphic buffer and the first part cell and the lattice constants (A1, A2,... AN) of the respective compensation layers (KOM1, KOM2,... KOMN) are smaller by an amount of ΔA N > 0.0008 Å than the first lattice constant, the compensation layers (KOM1, KOM2,... KOMN) each have an tensile bracing and the compensation layers (KOM1, KOM2,... KOMN) have an indium content greater than 1%, and the thicknesses (KOMD 1, KOMD 2,... KOMD N) of the number N of the compensation layers (KOM1, KOM2,... KOMN) are so selected that: ∑ n − 1 N KOM D n × Δ A n > 10 − 19 m 2
A method for operating a bearing arrangement comprising at least one rolling bearing, having the following features: - a positive electrical potential is applied to a bearing part of the rolling bearing, - a further part of the bearing arrangement is switched as a cathode, - the current flowing between the bearing part and the cathode is regulated to a value which lies in a range in which a voltage-current characteristic curve has a local voltage maximum as the maximum value within the entire range, wherein the current flowing through the bearing part has a maximum density of 0.13 MA/m 2, in relation to the Hertzian pressure area, and the bearing arrangement is operated at a current which is at least 20% and at most 400% of the current at which the local voltage maximum is. - a positive electrical potential is applied to a bearing part of the rolling bearing, - a further part of the bearing arrangement is switched as a cathode, - the current flowing between the bearing part and the cathode is regulated to a value which lies in a range in which a voltage-current characteristic curve has a local voltage maximum as the maximum value within the entire range, wherein the current flowing through the bearing part has a maximum density of 0.13 MA/m 2, in relation to the Hertzian pressure area, and the bearing arrangement is operated at a current which is at least 20% and at most 400% of the current at which the local voltage maximum is.
An article of furniture comprising a furniture carcass and a furniture part mounted movably relative to the furniture carcass, a trigger sensor for triggering an electric furniture drive in dependence on a movement caused by a user of the furniture part to be driven by the furniture drive, wherein the trigger sensor has at least one actuating member movable in the mounted position by the furniture part, wherein the actuating member cooperates with a potentiometer by way of an output drive, wherein movements of the furniture part along at least two directions (x, y, z) which are orthogonal to each other can be detected by the trigger sensor, wherein the trigger sensor has at least one actuating member which detects each of the at least two directions (x, y, z), wherein the actuating member is in the form of an articulated lever having two articulation arms (5a, 5b) movable relative to each other, wherein the articulation arms (5a, 5b) are connected together by a rotary joint, characterized in that the furniture drive is triggerable by a movement of the furniture part which has components different from zero in at least two mutually orthogonal directions (x, y, z), characterized in that an actuating member of a trigger sensor of the furniture drive cooperates with an abutment arranged on the furniture part.
A labyrinth seal for a gas turbine engine for forming a seal between a first and a second component which rotate relative to each other, the seal having: an abradable lining mounted to the first component, and a plurality of fins projecting from the second component and arranged in abutment with the abradable lining to form a labyrinthal path for a flow of seal air through the seal; characterised in that the seal further has a bypass passage which extends through the abradable lining separate and not interfering with the labyrinthal path to allow a further, metered, independent purging flow of air through the seal, bypassing the labyrinthal path. an abradable lining mounted to the first component, and a plurality of fins projecting from the second component and arranged in abutment with the abradable lining to form a labyrinthal path for a flow of seal air through the seal; characterised in that the seal further has a bypass passage which extends through the abradable lining separate and not interfering with the labyrinthal path to allow a further, metered, independent purging flow of air through the seal, bypassing the labyrinthal path.
A method of thinning a sample section for TEM analysis, the method comprising: loading the sample to be thinned into an ion beam system; thinning the sample section by directing a substantially normal ion beam at a first side of the sample section in a milling pattern; thinning the sample section by directing a substantially normal ion beam at the opposite second side of the sample section in a milling pattern characterized in that the milling pattern used to thin the first side of the sample section comprises a milling pattern that thins the sample section in a series of passes, each pass comprising moving the beam in a raster pattern from the outside of the sample section inward to the desired sample face and then returning to the outside of the sample section, the series of passes continuing until the first side of the sample section has been thinned to a desired depth; and the milling pattern used to thin the opposite side of the sample section comprises a milling pattern that thins the sample section in a series of passes, each pass comprising moving the beam in a raster pattern from the outside of the sample section inward to the desired sample face and then returning to the outside of the sample section, the series of passes continuing until the second side of the sample section has been thinned to a desired depth; and the milling of the opposite side is an automated milling. loading the sample to be thinned into an ion beam system; thinning the sample section by directing a substantially normal ion beam at a first side of the sample section in a milling pattern; thinning the sample section by directing a substantially normal ion beam at the opposite second side of the sample section in a milling pattern characterized in that the milling pattern used to thin the first side of the sample section comprises a milling pattern that thins the sample section in a series of passes, each pass comprising moving the beam in a raster pattern from the outside of the sample section inward to the desired sample face and then returning to the outside of the sample section, the series of passes continuing until the first side of the sample section has been thinned to a desired depth; and the milling pattern used to thin the opposite side of the sample section comprises a milling pattern that thins the sample section in a series of passes, each pass comprising moving the beam in a raster pattern from the outside of the sample section inward to the desired sample face and then returning to the outside of the sample section, the series of passes continuing until the second side of the sample section has been thinned to a desired depth; and the milling of the opposite side is an automated milling.
Injectable pharmaceutical formulation comprising a compound of formula said formulation being buffered to a pharmaceutically acceptable pH-value of from 2 to 6, in particular a pH value of from 3 to 5.5, preferred a pH-value of about 4 to 5, particularly preferred about 5 wherein the buffer is selected from the group consisting of citrate buffers and mixtures of citrate buffers and phosphate buffers.
A mort trap assembly for a fish pen comprising: a slide configured to receive descending morts in the fish pen, the slide having an outer edge configured to engage the fish pen and an inner edge; and a mort trap comprising: an upper ramp having a top end and a bottom end, the upper ramp having an outer edge that is fixedly attached to the inner edge of the slide; a retaining chamber located below the upper ramp, the retaining chamber located below the bottom end of the upper ramp, the retaining chamber is a semi-annular chamber with spaced-apart openings at each end, wherein the upper ramp has a right and a left ramp section that each slope to a corresponding entry port of the annular retaining chamber; a lower ramp having a top end spaced away from the upper ramp, and a bottom end located at a bottom of each entry port; and a purge pipe fluidly connected to the retaining chamber, wherein the upper ramp is configured to receive morts from the slide, and the lower ramp is configured to receive the morts from the upper ramp and to direct the received morts towards the entry ports. a slide configured to receive descending morts in the fish pen, the slide having an outer edge configured to engage the fish pen and an inner edge; and a mort trap comprising: an upper ramp having a top end and a bottom end, the upper ramp having an outer edge that is fixedly attached to the inner edge of the slide; a retaining chamber located below the upper ramp, the retaining chamber located below the bottom end of the upper ramp, the retaining chamber is a semi-annular chamber with spaced-apart openings at each end, wherein the upper ramp has a right and a left ramp section that each slope to a corresponding entry port of the annular retaining chamber; a lower ramp having a top end spaced away from the upper ramp, and a bottom end located at a bottom of each entry port; and a purge pipe fluidly connected to the retaining chamber, wherein the upper ramp is configured to receive morts from the slide, and the lower ramp is configured to receive the morts from the upper ramp and to direct the received morts towards the entry ports. an upper ramp having a top end and a bottom end, the upper ramp having an outer edge that is fixedly attached to the inner edge of the slide; a retaining chamber located below the upper ramp, the retaining chamber located below the bottom end of the upper ramp, the retaining chamber is a semi-annular chamber with spaced-apart openings at each end, wherein the upper ramp has a right and a left ramp section that each slope to a corresponding entry port of the annular retaining chamber; a lower ramp having a top end spaced away from the upper ramp, and a bottom end located at a bottom of each entry port; and a purge pipe fluidly connected to the retaining chamber, wherein the upper ramp is configured to receive morts from the slide, and the lower ramp is configured to receive the morts from the upper ramp and to direct the received morts towards the entry ports.
A pump arrangement (1; 2) comprising: a microfluidic pump comprising a pump inlet and a pump outlet, wherein the microfluidic pump is configured to pump a fluid from the pump inlet to the pump outlet, wherein the pump inlet and an inlet of the pump arrangement are fluidically connected; a safety valve arrangement having first safety valve, the first safety valve being arranged between the pump outlet and an outlet of the pump arrangement and comprising a first valve seat and a first valve lid; wherein the outlet of the pump arrangement and a first fluid region are fluidically connected and are formed in a first part of the pump arrangement, wherein the first valve lid is formed in a second integrated part of the pump arrangement, wherein the first valve seat, the pump outlet and the pump inlet are patterned in a second surface of a third integrated part of the pump arrangement, and wherein the second integrated part is arranged between the first integrated part and the third part of the pump arrangement, wherein the first fluid region is adjacent to the first valve lid, and wherein a pressure in the first fluid region has a closing effect on the first safety valve. a microfluidic pump comprising a pump inlet and a pump outlet, wherein the microfluidic pump is configured to pump a fluid from the pump inlet to the pump outlet, wherein the pump inlet and an inlet of the pump arrangement are fluidically connected; a safety valve arrangement having first safety valve, the first safety valve being arranged between the pump outlet and an outlet of the pump arrangement and comprising a first valve seat and a first valve lid; wherein the outlet of the pump arrangement and a first fluid region are fluidically connected and are formed in a first part of the pump arrangement, wherein the first valve lid is formed in a second integrated part of the pump arrangement, wherein the first valve seat, the pump outlet and the pump inlet are patterned in a second surface of a third integrated part of the pump arrangement, and wherein the second integrated part is arranged between the first integrated part and the third part of the pump arrangement, wherein the first fluid region is adjacent to the first valve lid, and wherein a pressure in the first fluid region has a closing effect on the first safety valve.
Method for tracking at least one target with a network of smart cameras, each comprising data processing means using at least one algorithm (AS, AD, AF) for the tracking of target(s), image acquisition means and communication means, the network of cameras covering at least one geographical area called a region, the tracking method comprises detection of at least one target in the region by at least one camera of the network, owing to at least one detection algorithm, then, for each moment (t), an iteration of at least one step of tracking of the target by at least one camera, called the active camera, owing to at least one variational filtering algorithm based on a variational filter, using: - a function of probability of the position of the target in the image acquired by said active camera, defining the relationship between an image and the position of the target in this image; and - a so-called transition model represented by a continuous mixture of Gaussian distributions and based on a temporal correlation of a trajectory of the target from one moment to the next, using an estimate of the position of the target in the images by a probability density, characterised in that the step of tracking at a given moment (t) also comprises a step of determination of an indicator of relevance of the estimate of the position of the target, owing to at least one selection algorithm allowing the selection of at least one active camera for carrying out tracking, as a function of its relevance indicator which represents the difference between the probability density of the position of the aforementioned target at the preceding moment and the probability density of the position of the target estimated at the current moment. - a function of probability of the position of the target in the image acquired by said active camera, defining the relationship between an image and the position of the target in this image; and - a so-called transition model represented by a continuous mixture of Gaussian distributions and based on a temporal correlation of a trajectory of the target from one moment to the next, using an estimate of the position of the target in the images by a probability density,
A resource reservation method of a terminal, the method comprising: transmitting, from a terminal having negotiated communication condition with a counterpart terminal to a serving GPRS support node, SGSN, an activate packet data protocol context request message for reserving first resources according to the communication condition; receiving, from the SGSN, a response message including information on a QoS level determined by the SGSN corresponding to the activate PDP context request message, if the first resources requested by the terminal cannot be allocated in a network; determining whether to request second resources based on the QoS level determined by the SGSN; and requesting the second resources according to the determination. transmitting, from a terminal having negotiated communication condition with a counterpart terminal to a serving GPRS support node, SGSN, an activate packet data protocol context request message for reserving first resources according to the communication condition; receiving, from the SGSN, a response message including information on a QoS level determined by the SGSN corresponding to the activate PDP context request message, if the first resources requested by the terminal cannot be allocated in a network; determining whether to request second resources based on the QoS level determined by the SGSN; and requesting the second resources according to the determination.
Variable length encapsulation housing arrangement for an encapsulated electrical energy transmission device having a first encapsulation housing (1a, 1b) with a sliding surface (5a, 5b) and a second encapsulation housing (2a, 2b) which is supported in a sliding manner on the sliding surface (5a, 5b) of the first encapsulation housing (1a, 1b), characterized in that the first encapsulation housing (1a, 1b) has a supporting body on which a coating is applied to form the sliding surface (5a, 5b), wherein the coating is a layer of varnish into which friction-reducing particles, in particular plastic particles, are incorporated.
Composition for the oxidation dyeing of keratin fibres, in particular of human keratin fibres, such as the hair, characterized in that it comprises, in a medium that is suitable for dyeing, a) at least one oxidation dye, b) at least one fatty alcohol, c) at least one cationic associative polymer comprising at least one fatty chain chosen from quaternized celluloses modified with groups comprising at least one fatty chain, and quaternized hydroxyethylcelluloses modified with groups comprising at least one fatty chain, d) at least one metal oxide chosen from titanium oxides and mica-titanium oxide hybrid compounds, e) at least one supplementary thickener which is a cellulosic thickener, a guar gum derivative, a gum of microbial origin or a synthetic thickener, the ratio by weight of the metal oxide to the associative polymer being between 0.5 and 5. a) at least one oxidation dye, b) at least one fatty alcohol, c) at least one cationic associative polymer comprising at least one fatty chain chosen from quaternized celluloses modified with groups comprising at least one fatty chain, and quaternized hydroxyethylcelluloses modified with groups comprising at least one fatty chain, d) at least one metal oxide chosen from titanium oxides and mica-titanium oxide hybrid compounds, e) at least one supplementary thickener which is a cellulosic thickener, a guar gum derivative, a gum of microbial origin or a synthetic thickener, the ratio by weight of the metal oxide to the associative polymer being between 0.5 and 5.