mhurhangee/ep-ind-claims huggingface dataset:
A measuring instrument for measuring a phase shift between a first HF signal and a second HF signal, comprising a receiver circuit having a first signal input for a first input signal, a second signal input for a second input signal, a first signal output for a first output signal and a second signal output for a second output signal, additionally comprising a local oscillator, a quadrature modulator, a first mixer and a second mixer, wherein a first input of the quadrature modulator is connected to the local oscillator, wherein a first input of the first mixer is connected to the first signal input and an output of the first mixer is connected to the first signal output, and wherein a first input of the second mixer is connected to the second signal output, a second input of the second mixer is connected to the output of the quadrature modulator and an output of the second mixer is connected to the second signal output, characterized in that a second input of the quadrature modulator is connected to the first signal input and second inputs of the mixers (31, 32) are connected to an output of the quadrature modulator, additionally comprising a phase measuring unit connected to the first and the second signal output of the receiver circuit, which phase measuring unit is configured to determine a phase shift between a first NF signal on the first signal output and a second NF signal on the second signal output, wherein the quadrature modulator is configured such that an output signal of the quadrature modulator mainly contains spectral components, the frequencies of which are determined as a function of the direction of rotation of the local oscillator by either totaling or obtaining the difference of the frequency of the first input signal and the frequency of the local oscillator.
A friction clutch for a motor vehicle, the clutch comprising a pressure plate biased towards an associated flywheel by a diaphragm spring, a clutch drive disc for clamping between the pressure plate and the associated flywheel, and a ramp type wear adjuster located in the thrust path between the diaphragm spring and the pressure plate to compensate for wear of the drive disc, the wear adjuster comprising a first ramp means nearest to the pressure plate and a second ramp means in contact with the first ramp means but further away from the pressure plate, the first and second ramp means (16,17) being relatively rotatable about the axis of rotation of the pressure plate by an adjuster spring means to increase the combined effective thickness of the ramp means and hence maintain the travel of the diaphragm spring substantially constant as the clutch disc wears, the wear adjuster also including a wear sensor in the form of pin means carried in bore means in the pressure plate and held relative to the pressure plate by a friction grip, one end of the pin means engaging the flywheel when the clutch is engaged and the other end (19b, 19c) of the pin means contacting a hold down member connected with the second ramp means, the pin means being pushed through the bore means towards the flywheel as the clutch disc wears, the clutch being characterised in that the hold down member is elastically deformable on movement of the pin means in the bore means towards the flywheel, thus as the clutch disc wears and the pin means is pushed through the bore means the elastic hold down member is loaded so that, after sufficient wear has occurred, when the clutch is released, the loading of the elastic hold down member due to clutch disc wear biases the ramp means (16,17) apart to allow a gap to occur between the first and second ramp means (16,17) which is dependent on clutch disc wear, so that the adjuster spring means can rotate the two ramp means relative to each other and thus increase the combined effective thickness of the ramp means to maintain the position and inclination (angle) of the diaphragm spring substantially constant as the clutch disc wears.
A method of detecting an uncontrolled high thrust condition in a turbofan gas turbine engine, the method comprising the steps of: processing data to determine when a current commanded fan speed value is greater than a predetermined speed value; setting a current UHT commanded fan speed value to the greater of the current commanded fan speed value and the predetermined speed value, processing the current UHT commanded fan speed value, to determine if the current UHT commanded fan speed value will cause a target fan speed value to increase, remain steady, or decrease; setting the target fan speed value equal to (i) the current UHT commanded fan speed value when the current UHT commanded fan speed value will cause the target fan speed value to increase or remain steady, or (ii) a deceleration threshold value when the current UHT commanded fan speed value will cause the target fan speed value to decrease; and generating an uncontrolled high thrust alert signal when actual engine fan speed exceeds the target fan speed value by a predetermined amount for a preset time period. processing data to determine when a current commanded fan speed value is greater than a predetermined speed value; setting a current UHT commanded fan speed value to the greater of the current commanded fan speed value and the predetermined speed value, processing the current UHT commanded fan speed value, to determine if the current UHT commanded fan speed value will cause a target fan speed value to increase, remain steady, or decrease; setting the target fan speed value equal to (i) the current UHT commanded fan speed value when the current UHT commanded fan speed value will cause the target fan speed value to increase or remain steady, or (ii) a deceleration threshold value when the current UHT commanded fan speed value will cause the target fan speed value to decrease; and generating an uncontrolled high thrust alert signal when actual engine fan speed exceeds the target fan speed value by a predetermined amount for a preset time period.
A system comprising a User Equipment, UE, and at least one content provider apparatus that is arranged to deliver content to the UE via a network node of a network, wherein the UE comprises a network resource reallocation controller arranged to control the network node to reallocate network resources for the delivery of content from the at least one content provider apparatus to applications (110, 120) on the UE, the network resource reallocation controller comprising: an information collection module arranged to collect, for each of the applications, respective information generated during use of the UE; and a resource reallocation request generator arranged to generate network resource reallocation requests each comprising a priority value that is associated with a respective one of the applications (110, 120) and based on the information collected for the application, for use by the network node to reallocate the network resources for delivery of the content, and the network node comprises: a receiver module arranged to receive the resource reallocation requests; and a network resource reallocation module arranged to reallocate the network resources for delivery of the content to the applications (110, 120) based on the priority values in the resource reallocation requests, wherein each resource reallocation request further comprises a network socket identifier that identifies a network socket of the UE that has been assigned for use by the respective one of the applications (110, 120); each resource reallocation request is a request to assign the priority value comprised in the resource reallocation request to the network socket identified by the network socket identifier comprised in the resource reallocation request; and for a received resource reallocation request, the network resource reallocation module of the network node is arranged to reallocate the network resources for delivery of the content to the network socket identified by the network socket identifier using the priority value in the resource reallocation request. an information collection module arranged to collect, for each of the applications, respective information generated during use of the UE; and a resource reallocation request generator arranged to generate network resource reallocation requests each comprising a priority value that is associated with a respective one of the applications (110, 120) and based on the information collected for the application, for use by the network node to reallocate the network resources for delivery of the content, and a receiver module arranged to receive the resource reallocation requests; and a network resource reallocation module arranged to reallocate the network resources for delivery of the content to the applications (110, 120) based on the priority values in the resource reallocation requests,
A sensor package, comprising - a carrier comprising a through hole, - a sensor chip with a front side (fs) and a back side (bs) and a recess in the back side (bs), wherein, by means of an attachment layer, the sensor chip is attached to the carrier with its back side (bs) facing the carrier thereby defining a first area of the carrier where the sensor chip rests on and a second area of the carrier facing the recess, characterised in that the through hole is arranged in the first area of the carrier. - a carrier comprising a through hole, - a sensor chip with a front side (fs) and a back side (bs) and a recess in the back side (bs), wherein, by means of an attachment layer, the sensor chip is attached to the carrier with its back side (bs) facing the carrier thereby defining a first area of the carrier where the sensor chip rests on and a second area of the carrier facing the recess, characterised in that the through hole is arranged in the first area of the carrier.
A composition comprising: (a) pulverized or ground amniotic membrane isolated from frozen or previously frozen placenta prepared by pulverizing or grinding frozen non-homogenized amniotic membrane, comprising: • high molecular weight hyaluronan that is cross-linked by a covalent bond to the heavy chain of inter-α-trypsin inhibitor (IαI), the high molecular weight HA having a molecular weight greater than 10 6 Dalton; • tumor necrosis factor-stimulated gene 6 (TSG-6); • pentraxin (PTX-3); and • thrombospondin (TSP-1); and (b) a chemical component selected from the group consisting of carriers, stabilizers, diluents, dispersing agents, suspending agents, thickening agents and excipients. (a) pulverized or ground amniotic membrane isolated from frozen or previously frozen placenta prepared by pulverizing or grinding frozen non-homogenized amniotic membrane, comprising: • high molecular weight hyaluronan that is cross-linked by a covalent bond to the heavy chain of inter-α-trypsin inhibitor (IαI), the high molecular weight HA having a molecular weight greater than 10 6 Dalton; • tumor necrosis factor-stimulated gene 6 (TSG-6); • pentraxin (PTX-3); and • thrombospondin (TSP-1); and • high molecular weight hyaluronan that is cross-linked by a covalent bond to the heavy chain of inter-α-trypsin inhibitor (IαI), the high molecular weight HA having a molecular weight greater than 10 6 Dalton; • tumor necrosis factor-stimulated gene 6 (TSG-6); • pentraxin (PTX-3); and • thrombospondin (TSP-1); and (b) a chemical component selected from the group consisting of carriers, stabilizers, diluents, dispersing agents, suspending agents, thickening agents and excipients.
A method of configuring relay link resources, comprising: receiving, by a relay node, RN, relay link information on relay link resources, the relay link information includes data information or control information allocated by a base station, wherein the relay link resources start from an orthogonal frequency division multiplexing, OFDM, symbol corresponding to start time of the RN actually receiving the relay link information, the OFDM symbol corresponding to the start time of the RN actually receiving the relay link information is a K th OFDM symbol in a base station subframe, K being a serial number, the relay link resources comprise f OFDM symbols, f=the number of OFDM symbol comprised in the base station subframe - K - N, N being 0, 1 or 2, and a sum of K and N is smaller than 14, and wherein the method is characterized in that the relay link resources are further configured according to an OFDM symbol number used by a physical downlink control channel, PDCCH, of a multimedia multicast broadcast single frequency network, MBSFN, subframe where a relay link of the RN is located, an offset, and a length of a PDCCH in the base station subframe, and the offset is a time offset of timing of an access link of an RN frame relative to timing of a relay link of the RN frame. receiving, by a relay node, RN, relay link information on relay link resources, the relay link information includes data information or control information allocated by a base station, wherein the relay link resources start from an orthogonal frequency division multiplexing, OFDM, symbol corresponding to start time of the RN actually receiving the relay link information, the OFDM symbol corresponding to the start time of the RN actually receiving the relay link information is a K th OFDM symbol in a base station subframe, K being a serial number, the relay link resources comprise f OFDM symbols, f=the number of OFDM symbol comprised in the base station subframe - K - N, N being 0, 1 or 2, and a sum of K and N is smaller than 14, and wherein the method is characterized in that the relay link resources are further configured according to an OFDM symbol number used by a physical downlink control channel, PDCCH, of a multimedia multicast broadcast single frequency network, MBSFN, subframe where a relay link of the RN is located, an offset, and a length of a PDCCH in the base station subframe, and the offset is a time offset of timing of an access link of an RN frame relative to timing of a relay link of the RN frame.
A nematicidal aqueous suspension concentrate composition, the composition comprising: a continuous aqueous phase comprising a dispersant component comprising an alkylaryl sulfonate; a dispersed solid particulate phase comprising a nematicidal component, the nematicidal component comprising a 3,5-disubstituted-1,2,4-oxadiazole or a salt thereof; and an organic solvent component comprising a paraffinic hydrocarbon solvent; wherein the median size of solid particulates in the dispersed solid particulate phase is less than 10 μm. a continuous aqueous phase comprising a dispersant component comprising an alkylaryl sulfonate; a dispersed solid particulate phase comprising a nematicidal component, the nematicidal component comprising a 3,5-disubstituted-1,2,4-oxadiazole or a salt thereof; and an organic solvent component comprising a paraffinic hydrocarbon solvent; wherein the median size of solid particulates in the dispersed solid particulate phase is less than 10 μm.
A composition comprising: modified polyvinyl alcohol; and unsaturated monocarboxylic acid or a salt thereof, wherein the modified polyvinyl alcohol has a viscosity-average degree of polymerization of 400 or more and 3500 or less, has a degree of saponification of 68 mol% or more and 99.9 mol% or less, and contains 0.01 mol% or more and 1.50 mol% or less of an acryloyl group or a methacryloyl group in a side chain, wherein the viscosity-average degree of polymerization is a value obtained by measurement in accordance with JIS-K 6726: 1994, the unsaturated monocarboxylic acid or a salt thereof is at least one selected from the group consisting of acrylic acid, methacrylic acid, sodium acrylate, and sodium methacrylate, and in the composition, a mass ratio of the modified polyvinyl alcohol / the unsaturated monocarboxylic acid or a salt thereof is from 82/18 to 99.9/0.1. the modified polyvinyl alcohol has a viscosity-average degree of polymerization of 400 or more and 3500 or less, has a degree of saponification of 68 mol% or more and 99.9 mol% or less, and contains 0.01 mol% or more and 1.50 mol% or less of an acryloyl group or a methacryloyl group in a side chain, wherein the viscosity-average degree of polymerization is a value obtained by measurement in accordance with JIS-K 6726: 1994, the unsaturated monocarboxylic acid or a salt thereof is at least one selected from the group consisting of acrylic acid, methacrylic acid, sodium acrylate, and sodium methacrylate, and in the composition, a mass ratio of the modified polyvinyl alcohol / the unsaturated monocarboxylic acid or a salt thereof is from 82/18 to 99.9/0.1.
An indexable cutting insert comprising a body, a base layer formed on the body, and a use-state indicating layer formed on the base layer; wherein the body has at least one face, at least two flanks, at least one edge line, and at least one corner; each of the flanks and the face are connected to each other with the edge line provided therebetween; the corner is a point of intersection of the two flanks and the face; the base layer has a color different from the use-state indicating layer; and the use-state indicating layer is formed on at least one of the flanks so that the use-state indicating layer is formed on the base layer over the entire surface or a part of a region A2 excluding at least one region A1 of at least 2 mm 2 containing at least one corner, characterised in that the use-state indicating layer is removed by a blasting method by which compressive residual stress is imparted to the base layer at the same time, such that the base layer is exposed from the surfaces of the region A1 and the face, and at least one layer constituting the exposed base layer has compressive residual stress in the region A1 or at least a portion of at least one of regions involved in cutting with the face, and such that the compressive residual stress is 0.5 GPa or more and 8 GPa or less in absolute value.
A clothing treatment apparatus, comprising a clothing treatment drum, wherein the clothing treatment apparatus also comprises a water supply valve, a water-containing member, an atomization generator and a driving board; the water supply valve is connected to the atomization generator through the water-containing member, an outlet of the atomization generator is arranged facing an inner cavity of the clothing treatment drum, characterized in that the water-containing member is provided with an accommodating structure, the driving board is arranged in the accommodating structure, and the driving board is in communication connection with the atomization generator.
A bubble generating apparatus comprising: a housing comprising first and second end portions; first and second rotational ring structures rotatably seated in said housing and disposed proximate to an opening defined in the second end portion of the housing, wherein each of said first and second rotational ring structures comprises a plurality of individual rings; a reservoir coupled with said housing and configured to store bubble generating liquid; a fan situated proximate said first end portion of said housing adapted to create an airflow through the housing; a liquid dispensing section comprising first and second conduits, each of said conduits having an outlet to dispose the bubble generating liquid onto said plurality of individual rings of a different one of said first and second rotational ring structures, thereby creating a film of bubble generating liquid across the plurality of individual rings of each of said first and second rotational ring structures; a siphoning mechanism operable to draw bubble generating liquid from the reservoir and through said first and second conduit outlets, to each of said first and second rotational ring structures; a drive mechanism adapted to rotate said first and second rotational ring structures; and a motor operable to power said siphoning mechanism, said drive mechanism and said fan, such that said apparatus creates separate continuous bubble streams simultaneously.
A physical vapour deposition coating device, comprising a process chamber with an anode, a consumable cathode to be consumed by an electrical discharge arranged to coat a substrate located within the process chamber, a source cathode that is different from the consumable cathode, and an electron shield, the coating device further including a first electrical energy source being connected with its negative pole to said consumable cathode, a second electrical energy source being connected with its positive pole to said anode, a third electrical energy source being connected with its negative pole to the source cathode and a fourth electrical energy source arranged to be connected to the substrate while coating, the source cathode being shielded by the electron shield and the electron shield being connected to the positive pole of the third electrical energy source.
A distributed Brillouin sensor system comprising a pump laser, and a combined fiber assembly including at least a first optical fiber section and a second optical fiber section, wherein the pump laser is arranged so as to send a pump signal into a first end of the combined fiber assembly, and the detector system is arranged to detect Brillouin backscattering from the combined fiber assembly, wherein the combined fiber assembly is, the first section has a low Brillouin gain, and the second fiber section has a high Brillouin gain, characterized in that the Brillouin gain of the second fiber section is at least 2.0 times larger than the Brillouin gain of the first fiber section, the first fiber section has a first effective area, and the second fiber section has a second effective area, wherein the first effective area is at least 2.0 times larger than the second effective area, and the second fiber section has a negative dispersion.
A process for the preparation of a porous ABPBI (phosphoric acid doped poly (2, 5-benzimidazole)) membrane wherein said process comprises: a. dissolving ABPBI polymer in a solvent to form dope solution; b. casting a film of dope solution as obtained in step (a) optionally on a porous support; c. holding film as obtained in step (b) in air up to 5 minutes in ambient condition and d. coagulating film as obtained in step (c) in a non solvent bath at temperature up to 150 °C to obtain porous membrane. a. dissolving ABPBI polymer in a solvent to form dope solution; b. casting a film of dope solution as obtained in step (a) optionally on a porous support; c. holding film as obtained in step (b) in air up to 5 minutes in ambient condition and d. coagulating film as obtained in step (c) in a non solvent bath at temperature up to 150 °C to obtain porous membrane.