mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: allocating a first plurality of pilot resources to a first frequency sub-band comprising a plurality of first sub-carriers allocated to users on higher power sub-bands; allocating a second plurality of pilot resources to a second frequency sub-band comprising a plurality of second sub-carriers allocated to users on lower power sub-bands; signaling a pilot-data power offset between said first plurality of pilot resources and plurality of data resources on first sub-carriers allocated to users on higher power sub-bands; and signaling a pilot-data power offset between said second plurality of pilot resources and plurality of data resources on second sub-carriers allocated to users on lower power sub-bands. allocating a first plurality of pilot resources to a first frequency sub-band comprising a plurality of first sub-carriers allocated to users on higher power sub-bands; allocating a second plurality of pilot resources to a second frequency sub-band comprising a plurality of second sub-carriers allocated to users on lower power sub-bands; signaling a pilot-data power offset between said first plurality of pilot resources and plurality of data resources on first sub-carriers allocated to users on higher power sub-bands; and signaling a pilot-data power offset between said second plurality of pilot resources and plurality of data resources on second sub-carriers allocated to users on lower power sub-bands.
A mooring connector comprising: a first member movably connected or connectable to a second member; and a first inductive element provided on the first member, the first inductive element being arranged for inductive transmission and/or reception with a second inductive element of the second member, wherein the first member is rotatably or pivotably connected or connectable to the second member, the first inductive element is arranged on the first member to maintain inductive transmission with the second inductive element of the second member throughout movement of the first member relative to the second member. a first member movably connected or connectable to a second member; and a first inductive element provided on the first member, the first inductive element being arranged for inductive transmission and/or reception with a second inductive element of the second member, wherein the first member is rotatably or pivotably connected or connectable to the second member, the first inductive element is arranged on the first member to maintain inductive transmission with the second inductive element of the second member throughout movement of the first member relative to the second member.
Support structure for plant cultures, having at least one support post which is composed as a spatial lattice structure of longitudinally extending longitudinal bars (22,24,26) and of connecting wires (28,30) holding the longitudinal bars together at a lateral distance from one another, and having a functional part inserted into the lattice structure for a function from the group of ground anchoring, ground support, stabilization, tensioning cable bracing, plant support, characterized in that the functional part is secured to the connecting wires (28,30) against a relative movement along the support post, wherein the functional part can be brought into engagement with the connecting wires (28,30) via a securing element and/or via a form-fitting connection.
System for inventorying objects which are contained in a space which is delimited by an enclosure, said system comprising a tag attached to each of the objects to be inventoried and a reader which is provided with at least one antenna (31, 32, 33) for emitting a wakeup electromagnetic wave confined inside said enclosure in order for a tag, when it is received, to become active and then transmit its identification data to said reader, said reader comprising means (41, 42) for controlling the power at which said wakeup electromagnetic wave is emitted in accordance with a power variation model defined by a series of emissions by said or each antenna (31, 32, 33) in stages at power levels which are different from one stage to another in order to carry out said inventorying, said reader being provided to operate in a training mode in which a power variation model is established for each particular configuration of the enclosure and of the objects which it contains, said power variation model used to carry out said inventorying being the one corresponding to the configuration of use of the enclosure and of the objects which it contains and said power variation model being established by selecting from among a set of predetermined power variation models, said selected power variation model being the one which is optimized for the configuration of use of the enclosure and of the objects which is considered.
Device having a wall, which is designed to tightly enclose a body part, comprising an electrically nonconductive material and a shape which is adapted to the body part or adapts thereto by virtue of the elasticity of the wall, wherein the wall comes to bear on the skin of the body part via an inner face and the inner face is provided with at least one electrically conductive section, which is arranged in order to transmit electrical signals from or to the skin of the body part through the electrically nonconductive material of the wall, wherein the electrically conductive section is covered by the electrically nonconductive material such that the electrically conductive section only remains uncovered toward the inner face, and is connected to at least one conductor (5, 5') passing through the electrically nonconductive material, characterized in that the at least one conductor (5, 5') is guided toward a distal end of the device inside the nonconductive material.
A lens image sensing apparatus comprising: a light source; an optical device including a collimator lens which is configured to convert light emitted by said light source into collimated light, and to guide the collimated light to a convex surface of a test lens; a rotary reflector configured to reflect the light transmitted through the test lens back to the test lens; an image sensing device configured to receive back 11 the light that is reflected by said rotary reflector and transmitted through the test lens and said collimator lens; an aperture stop arranged in an optical path between said collimator lens and said image sensing device; and a re-imaging lens provided between said aperture stop and said image sensing device, said rotary reflector including a sheet formed from a plurality of corner cube prisms, characterized in that said sheet is concavely curved when viewed from a side of said light source. a light source; an optical device including a collimator lens which is configured to convert light emitted by said light source into collimated light, and to guide the collimated light to a convex surface of a test lens; a rotary reflector configured to reflect the light transmitted through the test lens back to the test lens; an image sensing device configured to receive back 11 the light that is reflected by said rotary reflector and transmitted through the test lens and said collimator lens; an aperture stop arranged in an optical path between said collimator lens and said image sensing device; and a re-imaging lens provided between said aperture stop and said image sensing device, said rotary reflector including a sheet formed from a plurality of corner cube prisms, characterized in that said sheet is concavely curved when viewed from a side of said light source.
A method for forecasting power production of at least one wind turbine, the wind turbine forming part of a wind farm arranged at a site, the method comprising the steps of: - receiving global weather forecast data at a central data centre, the central data centre being arranged remotely from the site of the wind farm; - generating a site specific forecast at the central data centre, based on the global weather forecast data, the site specific forecast being a site specific weather forecast and/or a site specific power production forecast related to the site of the wind farm; characterized in that the method further comprises the steps of: - sending the site specific forecast from the central data centre to a local data centre; - receiving site specific data at the local data centre, the site specific data comprising site specific weather data and/or site specific wind turbine data measured at the site; - updating the site specific forecast at the local data centre, using the site specific data; and - generating a power production forecast of the at least one wind turbine at the local data centre, based on the updated site specific forecast. - receiving global weather forecast data at a central data centre, the central data centre being arranged remotely from the site of the wind farm; - generating a site specific forecast at the central data centre, based on the global weather forecast data, the site specific forecast being a site specific weather forecast and/or a site specific power production forecast related to the site of the wind farm; - sending the site specific forecast from the central data centre to a local data centre; - receiving site specific data at the local data centre, the site specific data comprising site specific weather data and/or site specific wind turbine data measured at the site; - updating the site specific forecast at the local data centre, using the site specific data; and - generating a power production forecast of the at least one wind turbine at the local data centre, based on the updated site specific forecast.
A method of detecting a target nucleic acid comprising: a) hybridizing a single-stranded or partially single-stranded target nucleic acid to a capture sequence probe and a signal sequence probe to form double-stranded hybrids between said probes and the target nucleic acid, wherein the capture sequence probe and the signal sequence probe are capable of hybridizing to non-overlapping regions within the target nucleic acid and not hybridizing to each other; b) adding blocker probe to the hybridization reaction, wherein said blocker probe hybridises to excess non-hybridized capture sequence probes; c) binding the hybrid to a solid phase to form a bound hybrid and d) detecting the bound hybrid, wherein the method of detecting a target nucleic acid is a method for detecting HSV-1 and the capture sequence probe is selected from a nucleic acid according to SEQ ID NOs: 1 to 29. a) hybridizing a single-stranded or partially single-stranded target nucleic acid to a capture sequence probe and a signal sequence probe to form double-stranded hybrids between said probes and the target nucleic acid, wherein the capture sequence probe and the signal sequence probe are capable of hybridizing to non-overlapping regions within the target nucleic acid and not hybridizing to each other; b) adding blocker probe to the hybridization reaction, wherein said blocker probe hybridises to excess non-hybridized capture sequence probes; c) binding the hybrid to a solid phase to form a bound hybrid and d) detecting the bound hybrid, wherein the method of detecting a target nucleic acid is a method for detecting HSV-1 and the capture sequence probe is selected from a nucleic acid according to SEQ ID NOs: 1 to 29.
An X-ray system comprising an X-ray source, a patient table and a shielding device, wherein the shielding device is movably arranged on a ground facing side of said patient table and opposite said X-ray source, the shielding device comprising one or more layers of a radiation blocking material and a cut-out in said one or more layers, said cut-out extending from a point in or near a center of said one or more layers towards an edge to allow radiation transmission to pass, said shielding device being rotatable around a rotation axis.
A transcatheter delivery system comprising a delivery catheter, the delivery catheter including, a body portion; a support portion extending from the body portion, the support portion configured to support an implantable device and having a longitudinal axis, the support portion including, a proximal guide having a constraint passage and a transverse outer profile; a stake member; a proximal constraint extending longitudinally from the body portion then through the constraint passage of the proximal guide and then radially from the constraint passage of the proximal guide, the proximal constraint secured to the stake member in a releasable, looped configuration to define a proximal constraining loop; and an actuation portion configured to tension the constraint, de-tension the constraint, and release the constraint from the stake member: wherein the proximal constraint is configured to be tensioned to the stake member to maintain the supported implantable device in a compacted delivery configuration, de-tensioned from the stake member to permit the supported implantable device to be transitioned to an expanded deployed configuration, and to be released from the stake member to release the supported implantable device from the delivery catheter. a body portion; a support portion extending from the body portion, the support portion configured to support an implantable device and having a longitudinal axis, the support portion including, a proximal guide having a constraint passage and a transverse outer profile; a stake member; a proximal constraint extending longitudinally from the body portion then through the constraint passage of the proximal guide and then radially from the constraint passage of the proximal guide, the proximal constraint secured to the stake member in a releasable, looped configuration to define a proximal constraining loop; and an actuation portion configured to tension the constraint, de-tension the constraint, and release the constraint from the stake member: wherein the proximal constraint is configured to be tensioned to the stake member to maintain the supported implantable device in a compacted delivery configuration, de-tensioned from the stake member to permit the supported implantable device to be transitioned to an expanded deployed configuration, and to be released from the stake member to release the supported implantable device from the delivery catheter.
Process for the preparation of semi-crystalline semi-aromatic polyamide by direct solid-state polymerization of a diamine-dicarboxylic acid salt, comprising steps of (a) providing at least two salts of terephthalic acid and diamine, wherein each of these diamine / terephthalic acid salts is in solid state and has a melting temperature of at least Tx, wherein Tx is at least 260°C; (b) preparing a mixture of the diamine / terephthalic acid salts, while retaining the salts in solid state; (c) heating the mixture obtained from step (b) in the solid state to a temperature (T-c) in the range from 200°C to Tx, under a pressure below the saturation vapour pressure of water at said temperature, thereby condensing and polymerizing the salts and forming a semi-crystalline semi-aromatic polyamide in solid form. (a) providing at least two salts of terephthalic acid and diamine, wherein each of these diamine / terephthalic acid salts is in solid state and has a melting temperature of at least Tx, wherein Tx is at least 260°C; (b) preparing a mixture of the diamine / terephthalic acid salts, while retaining the salts in solid state; (c) heating the mixture obtained from step (b) in the solid state to a temperature (T-c) in the range from 200°C to Tx, under a pressure below the saturation vapour pressure of water at said temperature, thereby condensing and polymerizing the salts and forming a semi-crystalline semi-aromatic polyamide in solid form.
A fluid vectoring nozzle of rectangular cross section comprising a nozzle wall with a width larger than its height and a flow vectoring means provided on the long side of the nozzle only, extending across it in a line oblique to the axis of the nozzle, wherein the flow vectoring means is operative to selectively inject a control fluid into the nozzle, the flow vectoring means being suitable for selectively producing a fluid dynamic restriction formed against and extending across the inside of the nozzle wall through which the fluid is injected, thereby initiating a fluid dynamic throat in the nozzle in a plane oblique to the axis of the nozzle, such that in operation fluid flow passing through the throat is rotated about an axis parallel to and coincident with the plane of the throat and directed towards a plane perpendicular to the plane of the throat and exhausted from the nozzle at an angle to the axis of the nozzle.
A communication apparatus comprising: a generator adapted to generate a control message by mapping a part of unicast resource assignment information to a first zone (420b, 520b) and mapping multicast resource assignment information intended for a group of a plurality of mobile stations to a second zone (410, 510a, 620); and a transmitter adapted to transmit the generated control message characterized in that the generator is adapted to map a remaining part of the unicast resource assignment information to a third zone (420a, 520a); the first zone (420b, 520b) includes a plurality of unicast Information Elements, IEs; the second zone (410, 510a, 620) includes a plurality of multicast IEs; the third zone (420a, 520a) includes another plurality of unicast IEs; and the third zone (420a, 520a), the second zone (410, 510a, 620) and the first zone (420b, 520b) are located in a frequency domain in this order. a generator adapted to generate a control message by mapping a part of unicast resource assignment information to a first zone (420b, 520b) and mapping multicast resource assignment information intended for a group of a plurality of mobile stations to a second zone (410, 510a, 620); and a transmitter adapted to transmit the generated control message characterized in that the generator is adapted to map a remaining part of the unicast resource assignment information to a third zone (420a, 520a); the first zone (420b, 520b) includes a plurality of unicast Information Elements, IEs; the second zone (410, 510a, 620) includes a plurality of multicast IEs; the third zone (420a, 520a) includes another plurality of unicast IEs; and the third zone (420a, 520a), the second zone (410, 510a, 620) and the first zone (420b, 520b) are located in a frequency domain in this order.
A method of determining properties of an optical communications path between a first optical network node and a second optical network node, the method comprising: determining, at the second optical network node, a time difference between respective first and second optical test signals received on different wavelengths from the first optical network node; characterised by determining (103, 104), at the second optical network node, a real-time chromatic dispersion parameter for each of the wavelengths using a respective coherent receiver at the second optical network node; and determining an asymmetry parameter of the optical communications path between the first optical network node and the second optical network node using the determined time difference and the determined real-time chromatic dispersion parameters. determining, at the second optical network node, a time difference between respective first and second optical test signals received on different wavelengths from the first optical network node; characterised by determining (103, 104), at the second optical network node, a real-time chromatic dispersion parameter for each of the wavelengths using a respective coherent receiver at the second optical network node; and determining an asymmetry parameter of the optical communications path between the first optical network node and the second optical network node using the determined time difference and the determined real-time chromatic dispersion parameters.
A cartridge (2, 102) for use in an aerosol-generating system, the cartridge comprising: a first compartment (10, 110) having a first air inlet (20, 120) and a first air outlet (26, 126), the first compartment (10, 110) containing a nicotine source; and a second compartment (14, 114) having a second air inlet (22, 122) and a second air outlet (28, 128), the second compartment (14, 114) containing a lactic acid source, wherein the ratio of flow area of the first air inlet (20, 120) to the flow area of the second air inlet (22, 122) is between 3:4 and 1:2. a first compartment (10, 110) having a first air inlet (20, 120) and a first air outlet (26, 126), the first compartment (10, 110) containing a nicotine source; and a second compartment (14, 114) having a second air inlet (22, 122) and a second air outlet (28, 128), the second compartment (14, 114) containing a lactic acid source, wherein the ratio of flow area of the first air inlet (20, 120) to the flow area of the second air inlet (22, 122) is between 3:4 and 1:2.
A process to reinforce wooden structures that provides greater resistance to aging, rot and insects characterized by impregnation with an acidic polysilicic solution produced by adding an alkaline solution of sodium silicate (water glass) to one or more acids, for example sulphuric acid, while ensuring that the pH never exceeds 4.
Electronic subsea system, comprising a housing configured to receive a dielectric fluid, the subsea electronic system comprising a first section and a second section separated by a baffle element, wherein at least two electronic modules (1a-4a) having a high heat loss density are arranged in the first section, and at least one electronic modules (1b-4b) having a low heat loss density is arranged in the second section, a cooling system comprising a first heat exchanger in thermal connection with the dielectric fluid, the cooling system providing a first fluid stream path and a second fluid stream path physically separated by the baffle element, the first fluid stream path being configured to receive a first fluid stream passing through the first section and the first heat exchanger, the second fluid stream path being configured to receive a second fluid stream passing through the second section and wherein a driving component configured to produce heat losses high enough to create a reliable amount of natural convection is placed in a position in the second fluid stream path.
A conveyor for transferring rod-shaped smokers' articles, comprising a plurality of flutes suitable for receiving respective smokers' articles and holding them within by suction applied, for each flute, through at least one hole having a first end which opens onto a surface of the flute itself, characterized in that each flute has, associated with it, a suction means comprising a Venturi-effect tubular element having one end connected to a compressed air source; the tubular element being provided with at least one internal portion which, in use, is occupied by air at a pressure below atmospheric pressure, the internal portion communicating with the second end of the at least one hole.