mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a roll (66, 67) of convolutely wound web material (W, N) comprising the steps of: a) applying an adhesive to an elongated mandrel (60, 61, 64); b) winding a web material (W, N) around said mandrel to form a roll (66, 67) of convolutely wound web material (W, N); c) rotating the mandrel (60, 61, 64) relative to the roll to smear the adhesive; d) pulling the mandrel (60, 61, 64) longitudinally; and e) removing the mandrel (60, 61, 64) from the roll (66, 67). a) applying an adhesive to an elongated mandrel (60, 61, 64); b) winding a web material (W, N) around said mandrel to form a roll (66, 67) of convolutely wound web material (W, N); c) rotating the mandrel (60, 61, 64) relative to the roll to smear the adhesive; d) pulling the mandrel (60, 61, 64) longitudinally; and e) removing the mandrel (60, 61, 64) from the roll (66, 67).
Apparatus for the reception of data signals transmitted from a satellite or co-located satellites and/or the transmission of data signals, said data signals provided in a plurality of frequency bands, wherein said apparatus includes a feed horn assembly (20; 100) to allow said data signals to utilise the same channel provided along the feed-horn assembly, wherein the feed horn assembly is configured to produce a common beam in three frequency bands, wherein the three frequency bands are Ku, K and Ka bands; wherein the feed horn assembly includes a first, inner waveguide (44; 102) for Ka band data signals, wherein a second waveguide (46; 104) is provided which surrounds the first waveguide, wherein the second waveguide is provided to receive data signals at a lower frequency band than the frequency band of the data signals received by the first, inner, waveguide, wherein the feedhorn assembly includes a cross structure which forms four separate quadrants (48,50,52,54; 114, 116,118,120), wherein the cross structure creates four quasi-rectangular waveguides between the outer and inner waveguides (44,46), wherein the apparatus further includes at least one Ka reject filter located between the first and second waveguides (44,46) to minimise the Ka band data signals leaking from a Ku band output.
Seal assembly for a gas turbine configured to be axially interposed between an outlet member of a combustor and at least one turbine vane and radially interposed between an outer hot gas path and an inner space containing higher-pressure cooling air, the seal assembly comprising: - at least one main spring exerting an axial elastic load and configured to be at least partially housed in a seat of the outlet member; - at least one flexible seal member having a plate portion disposed on an outer side of the main spring; and - at least one shield seal member having a plate portion and a flange configured to contact axially a vane surface under the axial elastic load of the main spring, characterized in that the flexible seal member has an outer blade configured to sealingly cooperate radially with a radially outer surface of the seat, and in that the plate portion of the shield seal member is disposed on an outer side of the plate portion of the flexible seal member. - at least one main spring exerting an axial elastic load and configured to be at least partially housed in a seat of the outlet member; - at least one flexible seal member having a plate portion disposed on an outer side of the main spring; and - at least one shield seal member having a plate portion and a flange configured to contact axially a vane surface under the axial elastic load of the main spring,
A data transmission method of a communication node, comprising: receiving data from a first transmitting device based on a first resource; and receiving the data from a second transmitting device different from the first transmitting device based on a second resource, wherein the first resource and the second resource are related to same time or frequency, wherein the first transmitting device and the second transmitting device have a multi-antenna for transmitting the data based on beamforming, wherein the communication node has a single antenna or a multi-antenna, and the first transmitting device and the second transmitting device transmit data based on same channel, and the first transmitting device and the second transmitting device transmit the data to the communication node based on full duplex, FD. receiving data from a first transmitting device based on a first resource; and receiving the data from a second transmitting device different from the first transmitting device based on a second resource, wherein the first resource and the second resource are related to same time or frequency, wherein the first transmitting device and the second transmitting device have a multi-antenna for transmitting the data based on beamforming, wherein the communication node has a single antenna or a multi-antenna, and the first transmitting device and the second transmitting device transmit data based on same channel, and the first transmitting device and the second transmitting device transmit the data to the communication node based on full duplex, FD.
A retrofit footboard apparatus for a bed, the apparatus comprising: a footboard for housing a media device therein; and a retrofit engagement arrangement coupled to the footboard for maintaining location of the footboard at a foot of a base of a bed, characterised by: a side arm coupled to the footboard; and another side arm coupled to the footboard; wherein the side arm and the another side arm extend substantially in parallel away from the footboard; and the footboard, the side arm and the another side arm surround, when in use, three sides of the bed. a footboard for housing a media device therein; and a retrofit engagement arrangement coupled to the footboard for maintaining location of the footboard at a foot of a base of a bed, characterised by: a side arm coupled to the footboard; and another side arm coupled to the footboard; wherein the side arm and the another side arm extend substantially in parallel away from the footboard; and the footboard, the side arm and the another side arm surround, when in use, three sides of the bed. a side arm coupled to the footboard; and another side arm coupled to the footboard; wherein the side arm and the another side arm extend substantially in parallel away from the footboard; and the footboard, the side arm and the another side arm surround, when in use, three sides of the bed.
A multi-mode one-way wrench including: a handle formed with a head, a first groove and a second groove; a toothed wheel rotationally placed in the head and formed with teeth; a first pawl movably placed in the first groove for engagement with the toothed wheel; a second pawl movably placed in the second groove for engagement with the toothed wheel when the first pawl is disengaged from the toothed wheel; and the first groove is biased from the second groove by an angle of 360°×(M+1/2)=N, wherein N is an integer that represents the number of the teeth and M is any proper integer, characterised by a switch operable for moving the second pawl between a first mode for engagement with the toothed wheel and a second mode for keeping said second pawl from engagement with the toothed wheel. a handle formed with a head, a first groove and a second groove; a toothed wheel rotationally placed in the head and formed with teeth; a first pawl movably placed in the first groove for engagement with the toothed wheel; a second pawl movably placed in the second groove for engagement with the toothed wheel when the first pawl is disengaged from the toothed wheel; and the first groove is biased from the second groove by an angle of 360°×(M+1/2)=N, wherein N is an integer that represents the number of the teeth and M is any proper integer, characterised by a switch operable for moving the second pawl between a first mode for engagement with the toothed wheel and a second mode for keeping said second pawl from engagement with the toothed wheel.
A method of reducing noise, comprising the steps of: a) forming a main signal and one or more reference signals at a beam-forming module based on at least two received audio signals from at least two microphone elements; b) detecting voice activity at a voice activity detection module, the voice activity detector receiving the main and reference signals and outputting a desired voice activity signal; c) adaptively cancelling noise at an adaptive noise cancellation module, the adaptive noise cancellation module receiving the main, reference, and desired voice activity signals and outputting an adaptive noise cancelled signal; and d) reducing noise at a single channel noise reduction module receiving the desired voice activity and adaptive noise cancelled signals and outputting a desired speech signal, wherein the beam-forming module, the adaptive noise cancellation module, and the single channel noise reduction module employ linear processing. a) forming a main signal and one or more reference signals at a beam-forming module based on at least two received audio signals from at least two microphone elements; b) detecting voice activity at a voice activity detection module, the voice activity detector receiving the main and reference signals and outputting a desired voice activity signal; c) adaptively cancelling noise at an adaptive noise cancellation module, the adaptive noise cancellation module receiving the main, reference, and desired voice activity signals and outputting an adaptive noise cancelled signal; and d) reducing noise at a single channel noise reduction module receiving the desired voice activity and adaptive noise cancelled signals and outputting a desired speech signal, wherein the beam-forming module, the adaptive noise cancellation module, and the single channel noise reduction module employ linear processing.
A method of controlled reclosing of at least one circuit breaker of a power system, the power system further comprising a power source, a transmission line coupled to the power source through the circuit breaker, a shunt reactor coupled to the transmission line, and a current transformer connected in series with the shunt reactor, characterized in that the method comprises: processing an output signal of the current transformer, comprising determining a time derivative of a current ( I L) sensed by the current transformer; and performing a control and/or protection operation based on the determined time derivative of the current ( I L) sensed by the current transformer and based on a busbar or source voltage ( U 1) of the power source, wherein the control and/or protection operation comprises a controlled reclosing of the circuit breaker after tripping of the circuit breaker. processing an output signal of the current transformer, comprising determining a time derivative of a current ( I L) sensed by the current transformer; and performing a control and/or protection operation based on the determined time derivative of the current ( I L) sensed by the current transformer and based on a busbar or source voltage ( U 1) of the power source, wherein the control and/or protection operation comprises a controlled reclosing of the circuit breaker after tripping of the circuit breaker.
A method for channel selection, comprising: detecting, by a first network node, at least a second network node; determining, by the first network node, a primary channel of the second network node and a set of channel bonding configurations supported by the second network node, wherein the set of channel bonding configurations defines one or more configurations for combining the primary channel with auxiliary channels; determining, by the first network node, channel utilisation factors of the second network node for a set of frequency channels by using the set of channel bonding configurations; and characterized by selecting, by the first network node, a primary channel on the basis of the channel utilisation factors by forming frequency channel groups from the set of frequency channels such that each frequency channel group has a determined bandwidth; selecting, amongst the channel utilisation factors of each frequency channel group, the channel utilisation factor associated with the highest channel utilisation to represent the frequency channel group; and selecting, as the primary channel, a frequency channel of a frequency channel group having a channel utilisation factor associated with the lowest channel utilisation amongst the frequency channel groups. detecting, by a first network node, at least a second network node; determining, by the first network node, a primary channel of the second network node and a set of channel bonding configurations supported by the second network node, wherein the set of channel bonding configurations defines one or more configurations for combining the primary channel with auxiliary channels; determining, by the first network node, channel utilisation factors of the second network node for a set of frequency channels by using the set of channel bonding configurations; and characterized by selecting, by the first network node, a primary channel on the basis of the channel utilisation factors by forming frequency channel groups from the set of frequency channels such that each frequency channel group has a determined bandwidth; selecting, amongst the channel utilisation factors of each frequency channel group, the channel utilisation factor associated with the highest channel utilisation to represent the frequency channel group; and selecting, as the primary channel, a frequency channel of a frequency channel group having a channel utilisation factor associated with the lowest channel utilisation amongst the frequency channel groups. selecting, by the first network node, a primary channel on the basis of the channel utilisation factors by forming frequency channel groups from the set of frequency channels such that each frequency channel group has a determined bandwidth; selecting, amongst the channel utilisation factors of each frequency channel group, the channel utilisation factor associated with the highest channel utilisation to represent the frequency channel group; and selecting, as the primary channel, a frequency channel of a frequency channel group having a channel utilisation factor associated with the lowest channel utilisation amongst the frequency channel groups.
Mobile workstation comprising a mobile vacuum dust suction device and a storage unit attached to the mobile vacuum dust suction device, wherein a top section of a housing of the mobile vacuum dust suction device comprises at least one movable part, which is adapted to be moved between a closed position and an opened position, wherein the at least one movable part forms a receiving compartment when in its opened position, characterized in that the at least one movable part is in the form of a lid element adapted to be hinged between the closed position and the opened position about a hinge axis extending in an essentially horizontal plane. wherein a top section of a housing of the mobile vacuum dust suction device comprises at least one movable part, which is adapted to be moved between a closed position and an opened position, wherein the at least one movable part forms a receiving compartment when in its opened position, characterized in that the at least one movable part is in the form of a lid element adapted to be hinged between the closed position and the opened position about a hinge axis extending in an essentially horizontal plane.
Road milling machine having a chassis and a rotationally driveable milling drum which is partially surrounded by a milling drum box which has side shields at its opposite end sides, wherein a shaft of the milling drum that lies on an axis of rotation of the milling drum is guided through at least one side shield and, in the region where the shaft is guided through, is sealed with respect to the respective side shield by means of at least one displaceable covering shield (22, 23, 24) assigned to at least one side shield, characterized in that a plurality of displaceable covering shields (22, 23, 24) in the form of covering plates or covering panels are assigned to the at least one side shield.
A method for controlling growth of contaminant microorganisms in a fermentation process comprising adding the components (a) stabilized chlorine dioxide and (b) a peroxide compound, to one or more steps of a fermentation process, wherein the fermentation process comprises (i) providing a fermentation vessel; (ii) providing a yeast inoculant, a fermentable sugar and process water; (iii) introducing separately, or in any combination, the inoculant, fermentable sugar and process water into a fermentation vessel to provide a fermentation broth; and (iv) contacting the inoculant with the fermentable sugar in the fermentation vessel at a temperature at which the inoculant converts the fermentable sugar to ethanol.
Method for manufacturing at least one spiral spring comprising the following successive steps: a) providing a substrate extending in a determined plane and bearing a first layer parallel to the determined plane, b) forming at least one through hole in the first layer, c) depositing a second layer on the first layer, the second layer filling the at least one through hole to form at least one bridge of material, d) etching at least one spiral spring in an etching layer consisting of the second layer or of the substrate, the one among the second layer and the substrate in which the at least one spiral spring is not etched forming a support, the at least one bridge of material linking the at least one spiral spring to the support perpendicularly to the determined plane and being distributed over substantially the whole length of the or each spiral spring, e) eliminating the first layer, the at least one spiral spring remaining attached to the support by the at least one bridge of material, f) subjecting the at least one spiral spring to at least one thermal treatment, g) detaching the at least one spiral spring from the support. a) providing a substrate extending in a determined plane and bearing a first layer parallel to the determined plane, b) forming at least one through hole in the first layer, c) depositing a second layer on the first layer, the second layer filling the at least one through hole to form at least one bridge of material, d) etching at least one spiral spring in an etching layer consisting of the second layer or of the substrate, the one among the second layer and the substrate in which the at least one spiral spring is not etched forming a support, the at least one bridge of material linking the at least one spiral spring to the support perpendicularly to the determined plane and being distributed over substantially the whole length of the or each spiral spring, e) eliminating the first layer, the at least one spiral spring remaining attached to the support by the at least one bridge of material, f) subjecting the at least one spiral spring to at least one thermal treatment, g) detaching the at least one spiral spring from the support.
Retroreflector element for use in road traffic, for example for use at construction sites, comprising an arrangement composed of a plurality of triples, each having three side surfaces that stand almost perpendicular on one another, characterized in that the retroreflector element has a preferred direction and has at least a first reflection region, which is designed for reflecting an incident beam at an observation angle (α) between 0.3° and 1.8°, when the preferred direction is oriented, with regard to an emitter that emits the beam, and a receiver that receives the retroflected beam, in such a manner that the projection of a straight line that connects the center point of the emitter with the center point of the receiver onto a light entry surface of the retroreflector element is parallel to the preferred direction, and has a second reflection region, which is designed for reflecting an incident beam at an observation angle (α) between 0.5° and 2°, when the preferred direction is oriented, with regard to the emitter and the receiver, in such a manner that the projection of a straight line that connects the center point of the emitter with the center point of the receiver onto the light entry surface of the retroreflector element is perpendicular to the preferred direction.
A method of making a cured shaped article [article], said method comprising: (i) providing a fluoroelastomer composition [composition] comprising: - at least one fluoroelastomer [fluoroelastomer] comprising from 0.1 to 10.0 % moles, with respect to total moles of recurring units in fluoroelastomer, of recurring units derived from at least one cure-site containing monomer having at least a nitrile group [monomer (CS-N)]; - at least one curing agent [agent], in an amount ranging from 0.10 to 10 phr, with respect to fluoroelastomer; - at least one bromine-containing marker [marker], selected from the group consisting of compounds comprising at least one aromatic ring and at least one bromine atom bound to a sp 2 -hybridized aromatic carbon, in an amount ranging from 0.10 to 10 phr, with respect to fluoroelastomer; and (ii) molding the said composition under heating for a time of at least 30 minutes and of less than 16 hours at a temperature of at most 200°C and of at least 160°C. (i) providing a fluoroelastomer composition [composition] comprising: - at least one fluoroelastomer [fluoroelastomer] comprising from 0.1 to 10.0 % moles, with respect to total moles of recurring units in fluoroelastomer, of recurring units derived from at least one cure-site containing monomer having at least a nitrile group [monomer (CS-N)]; - at least one curing agent [agent], in an amount ranging from 0.10 to 10 phr, with respect to fluoroelastomer; - at least one bromine-containing marker [marker], selected from the group consisting of compounds comprising at least one aromatic ring and at least one bromine atom bound to a sp 2 -hybridized aromatic carbon, in an amount ranging from 0.10 to 10 phr, with respect to fluoroelastomer; and - at least one fluoroelastomer [fluoroelastomer] comprising from 0.1 to 10.0 % moles, with respect to total moles of recurring units in fluoroelastomer, of recurring units derived from at least one cure-site containing monomer having at least a nitrile group [monomer (CS-N)]; - at least one curing agent [agent], in an amount ranging from 0.10 to 10 phr, with respect to fluoroelastomer; - at least one bromine-containing marker [marker], selected from the group consisting of compounds comprising at least one aromatic ring and at least one bromine atom bound to a sp 2 -hybridized aromatic carbon, in an amount ranging from 0.10 to 10 phr, with respect to fluoroelastomer; and (ii) molding the said composition under heating for a time of at least 30 minutes and of less than 16 hours at a temperature of at most 200°C and of at least 160°C.