mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting a channel quality indicator value, the method comprising: obtaining information that indicates radio channel characteristics; determining, according to the obtained information that indicates radio channel characteristics, a block error rate, BLER, target value; and correcting, according to a BLER measurement value and the determined BLER target value, a channel quality indicator, CQI, measurement value, characterized in that: the obtaining information that indicates radio channel characteristics comprises obtaining transmit power control, TPC, command statistical information. obtaining information that indicates radio channel characteristics; determining, according to the obtained information that indicates radio channel characteristics, a block error rate, BLER, target value; and correcting, according to a BLER measurement value and the determined BLER target value, a channel quality indicator, CQI, measurement value, characterized in that: the obtaining information that indicates radio channel characteristics comprises obtaining transmit power control, TPC, command statistical information. the obtaining information that indicates radio channel characteristics comprises obtaining transmit power control, TPC, command statistical information.
A sol in which phenylphosphonic acid or a salt thereof and colloidal silica having an average particle diameter of 1 to 500 nm are dispersed in an aqueous medium, wherein the phenylphosphonic acid or a salt thereof is contained in an amount of 0.05 to 10% by mass based on a total mass of SiO 2 contained in the sol.
Device for packaging a product, in particular a cosmetic product, which comprises: - a container which contains the product and comprises an opening; - a member, for closing the container which is a cover, said member being intended to close the container in a reversible manner and being able to move between an open position and a closed position of the container; - a sealing member, secured to the closing member, which comprises an elastically deformable part, the sealing member having a contour that is able to come into contact with a perimeter of a part of the container; - a holding element, that is mounted such that it can move along an axis X inside the cover, characterised in that the cover is hinged with respect to the container by virtue of a hinge, and in that the holding element rests along the axis X against a portion (18; 36) of the container before the cover is in a closed position, such that the axial height (h) of a space that houses the sealing member decreases between the open position and the closed position of the container so as to axially compress the sealing member which widens radially, that is, perpendicularly to the axis X, in order to rest against the perimeter of the container. - a container which contains the product and comprises an opening; - a member, for closing the container which is a cover, said member being intended to close the container in a reversible manner and being able to move between an open position and a closed position of the container; - a sealing member, secured to the closing member, which comprises an elastically deformable part, the sealing member having a contour that is able to come into contact with a perimeter of a part of the container; - a holding element, that is mounted such that it can move along an axis X inside the cover, characterised in that the cover is hinged with respect to the container by virtue of a hinge, and in that the holding element rests along the axis X against a portion (18; 36) of the container before the cover is in a closed position, such that the axial height (h) of a space that houses the sealing member decreases between the open position and the closed position of the container so as to axially compress the sealing member which widens radially, that is, perpendicularly to the axis X, in order to rest against the perimeter of the container.
A system comprising an electromagnetic actuator and a waste gate, with said electromagnetic actuator being specifically intended for controlling a waste gate of a turbocharger, with said actuator comprising a stationary member consisting of a first magnetic stator circuit made of a high magnetic permeability material excited by at least one trip coil, and a moving member consisting of a magnetized thin part, said moving member being provided with a coupling pin, with said stationary and moving members being attracted towards each other because of the combined magnetic effect of the magnetized part and the trip coil and being connected through means for mechanical connection with friction of the pure sliding type, characterized in that said magnetized thin part is adjacent to a second magnetic circuit made of a high magnetic permeability material, in that such connecting means is a system, directly integrated in the actuator, for mechanically damping the external disturbances applied to the valve and in that said connecting means has a mechanical characteristic of the pasted-dragged type of friction dependent on the relative position of the moving and stationary members and on the current flowing in the coil.
A method of forming a thermal oxide film on a silicon single crystal wafer, at least comprising: throwing the silicon single crystal wafer into a heat treatment furnace; elevating temperature of the heat treatment furnace up to a temperature T1 where a thermal oxide film is formed to form a thermal oxide film having a thickness d1 of 500 nm or more by adjusting oxidation time; subsequently lowering the temperature of the heat treatment furnace down to a temperature lower than the temperature T1 by 200°C or more; and thereafter elevating the temperature of the heat treatment furnace up to a temperature T2 higher than the temperature T1 without taking out the silicon single crystal wafer from the heat treatment furnace to additionally form a thermal oxide film having a thickness d2 thicker than the thickness d1. throwing the silicon single crystal wafer into a heat treatment furnace; elevating temperature of the heat treatment furnace up to a temperature T1 where a thermal oxide film is formed to form a thermal oxide film having a thickness d1 of 500 nm or more by adjusting oxidation time; subsequently lowering the temperature of the heat treatment furnace down to a temperature lower than the temperature T1 by 200°C or more; and thereafter elevating the temperature of the heat treatment furnace up to a temperature T2 higher than the temperature T1 without taking out the silicon single crystal wafer from the heat treatment furnace to additionally form a thermal oxide film having a thickness d2 thicker than the thickness d1.
A method at a User Equipment, UE, of generating Hybrid Automatic Repeat reQuest, HARQ, feedback for transmission in a wireless communication network in an uplink, UL, subframe n, wherein the UE is configured with two or more serving cells according to a carrier aggregation configuration, and wherein the UE is further configured with Time Division Duplex, TDD Uplink/Downlink, UL/DL, configurations that define the association set for each serving cell as which DL subframes are associated with the HARQ feedback being generated for transmission at a given UL subframe, said method comprising: determining the largest association set size M among the two or more serving cells for the UL subframe n; and generating the HARQ feedback by: generating, for each of the serving cells, a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the serving cell (22, 32) for the UL subframe n; and for the serving cells having an association set size smaller than M, generating additional HARQ-ACK bits as Discontinuous Transmission, DTX, values, as needed, so that the number of HARQ-ACK bits generated for each serving cell equals M; and transmitting the HARQ feedback in the UL subframe n. determining the largest association set size M among the two or more serving cells for the UL subframe n; and generating the HARQ feedback by: generating, for each of the serving cells, a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the serving cell (22, 32) for the UL subframe n; and for the serving cells having an association set size smaller than M, generating additional HARQ-ACK bits as Discontinuous Transmission, DTX, values, as needed, so that the number of HARQ-ACK bits generated for each serving cell equals M; and generating, for each of the serving cells, a HARQ-ACK bit according to an actual HARQ feedback state for each DL subframe that is associated with the serving cell (22, 32) for the UL subframe n; and for the serving cells having an association set size smaller than M, generating additional HARQ-ACK bits as Discontinuous Transmission, DTX, values, as needed, so that the number of HARQ-ACK bits generated for each serving cell equals M; and transmitting the HARQ feedback in the UL subframe n.
A system for satellite payload communications comprising: a channelizer comprising a plurality of inputs and a plurality of outputs, the plurality of inputs configured to receive signals from a plurality of uplink beams, the plurality of outputs configured to couple output signals to a plurality of downlink beams; a regenerative communication subsystem, RCS, comprising a plurality of inputs and a plurality of outputs, each of the plurality of RCS outputs coupled to a different one of the channelizer inputs, said RCS configured to regeneratively process signals received at its inputs and to output processed signals via its outputs; and a controller configured to selectively switch output signals of one or more of the channelizer outputs from the downlink beams to one or more of said RCS inputs. a channelizer comprising a plurality of inputs and a plurality of outputs, the plurality of inputs configured to receive signals from a plurality of uplink beams, the plurality of outputs configured to couple output signals to a plurality of downlink beams; a regenerative communication subsystem, RCS, comprising a plurality of inputs and a plurality of outputs, each of the plurality of RCS outputs coupled to a different one of the channelizer inputs, said RCS configured to regeneratively process signals received at its inputs and to output processed signals via its outputs; and a controller configured to selectively switch output signals of one or more of the channelizer outputs from the downlink beams to one or more of said RCS inputs.
A household electric appliance comprising: a main body (3, 110) having a space therein and including a locking member; a door (5, 130) pivotally coupled to the main body (3, 110) to be rotatable about a first rotation axis to open and close, respectively, the space; and a door key (13, 170) pivotally coupled to the door (5, 130), the door key (13, 170) rotatable about a second rotation axis, different than the first rotation axis, so that a rotation of the door (5, 130) about the first rotation axis causes the door key (13, 170) to rotate about the second rotation axis so as to be coupled with the locking member, and thereby lock the main body (3, 110) and the door (5, 130) together, or so as to be uncoupled from the locking member, and thereby unlock the main body (3, 110) and the door (5, 130) from each other. a main body (3, 110) having a space therein and including a locking member; a door (5, 130) pivotally coupled to the main body (3, 110) to be rotatable about a first rotation axis to open and close, respectively, the space; and a door key (13, 170) pivotally coupled to the door (5, 130), the door key (13, 170) rotatable about a second rotation axis, different than the first rotation axis, so that a rotation of the door (5, 130) about the first rotation axis causes the door key (13, 170) to rotate about the second rotation axis so as to be coupled with the locking member, and thereby lock the main body (3, 110) and the door (5, 130) together, or so as to be uncoupled from the locking member, and thereby unlock the main body (3, 110) and the door (5, 130) from each other.
Shoulder joint prosthesis, comprising a humeral shaft and a proximal element capable of being mounted on said humeral shaft by mounting means, said mounting means comprising cavities formed in a proximal end surface of the humeral shaft, partially intersecting one another, and a lug secured to said proximal element; characterized in that: - said cavities are two conical cavities, and at least one shim surface extending in the immediate vicinity of the openings of said cavities; - said lug is conical and has an axis offset in relation to a center of said proximal element, said lug being able to be engaged in one or the other of said conical cavities by jamming, and - at the base of said lug, a polygonal portion centered on the axis of said lug, forming at least two shim facets capable of alternatingly coming, depending on the angular position of the proximal element in relation to the humeral shaft, into the immediate vicinity of said shim surface comprised by said humeral shaft. - said cavities are two conical cavities, and at least one shim surface extending in the immediate vicinity of the openings of said cavities; - said lug is conical and has an axis offset in relation to a center of said proximal element, said lug being able to be engaged in one or the other of said conical cavities by jamming, and - at the base of said lug, a polygonal portion centered on the axis of said lug, forming at least two shim facets capable of alternatingly coming, depending on the angular position of the proximal element in relation to the humeral shaft, into the immediate vicinity of said shim surface comprised by said humeral shaft.
A collapsible keyboard apparatus, comprising: a plurality of keys supported by a first support structure; and a set of keys supported by a second support structure pivotally coupled, via a pivotal coupling, to the first support structure; characterized by the second support structure arranged to rotate around the pivotal coupling from a first position substantially coplanar with the first support structure to a second non-coplanar position in response to a force applied to the second support structure by one or more hinges, such that the second support structure rotates away from the one or more hinges arranged to couple a lid to a housing of a computing device, to accommodate the one or more hinges below a plane defined by the plurality of keys when the computing device is arranged in a tablet configuration. a plurality of keys supported by a first support structure; and a set of keys supported by a second support structure pivotally coupled, via a pivotal coupling, to the first support structure; characterized by the second support structure arranged to rotate around the pivotal coupling from a first position substantially coplanar with the first support structure to a second non-coplanar position in response to a force applied to the second support structure by one or more hinges, such that the second support structure rotates away from the one or more hinges arranged to couple a lid to a housing of a computing device, to accommodate the one or more hinges below a plane defined by the plurality of keys when the computing device is arranged in a tablet configuration.
A microring resonator control method, wherein the method comprises: receiving an instruction, wherein the instruction is used to configure an operating wavelength of a microring resonator, and the operating wavelength of the microring resonator is any specified channel wavelength in N channel wavelengths of a channel spectrum; determining whether the operating wavelength of the microring resonator is less than or equal to a center wavelength of the channel spectrum; and when the operating wavelength of the microring resonator is less than or equal to the center wavelength of the channel spectrum, configuring thermode power of the microring resonator based on a spacing between the operating wavelength and a first wavelength, wherein the first wavelength is a wavelength that is in resonant wavelengths of the microring resonator and that is less than and closest to a first channel wavelength of the channel spectrum; and when the operating wavelength of the microring resonator is greater than the center wavelength of the channel spectrum, configuring thermode power of the microring resonator based on a spacing between the operating wavelength and a second wavelength, wherein the second wavelength is a wavelength that is in resonant wavelengths of the microring resonator and that is greater than and closest to the first wavelength. receiving an instruction, wherein the instruction is used to configure an operating wavelength of a microring resonator, and the operating wavelength of the microring resonator is any specified channel wavelength in N channel wavelengths of a channel spectrum; determining whether the operating wavelength of the microring resonator is less than or equal to a center wavelength of the channel spectrum; and when the operating wavelength of the microring resonator is less than or equal to the center wavelength of the channel spectrum, configuring thermode power of the microring resonator based on a spacing between the operating wavelength and a first wavelength, wherein the first wavelength is a wavelength that is in resonant wavelengths of the microring resonator and that is less than and closest to a first channel wavelength of the channel spectrum; and when the operating wavelength of the microring resonator is greater than the center wavelength of the channel spectrum, configuring thermode power of the microring resonator based on a spacing between the operating wavelength and a second wavelength, wherein the second wavelength is a wavelength that is in resonant wavelengths of the microring resonator and that is greater than and closest to the first wavelength.
A drain element formed of a coherent substrate having opposed first and second ends and a passage which extends from a first opening in the first end to a second opening in the second end, characterised in that the substrate is a hydrophilic man-made vitreous fibre substrate (MMVF substrate), whereby the MMVF substrate comprises man-made vitreous fibres bonded with a cured binder composition.
A smoke collecting device for a smoke capturing machine comprising an adsorption block, an artificial lip holder, an artificial lip, a front collector cover, a back collector cover and an adsorption block retainer, wherein the artificial lip is provided in an internal portion of the artificial lip holder; a front end of the front collector cover is inserted in the artificial lip holder and presses against the artificial lip, and a rear end of the front collector cover has a first recess; a front end of the back collector cover is received in the first recess, and a rear end of the back collector cover has a second recess; the adsorption block retainer is received in the first recess, and is provided with a hollow inner cavity; the adsorption block is located in the hollow inner cavity; and the internal portions of the front collector cover and the back collector cover jointly form a collecting cavity for collecting smoke, and a front end of the collecting cavity is connected to the adsorption block; characterized in that the adsorption block is an adsorption tube comprising an outer tube, an adsorption block for the adsorption tube, a tapered interface and a gasket, wherein the outer tube is a hollow cylinder, the adsorption block is located inside the outer tube, the tapered interface is a hollow cylinder of which an inner cavity is tapered, a wide end of the inner cavity connects with the outer tube side, wherein the gasket is a hollow cylinder, which is located inside the tapered interface and abuts against the adsorption block.
Hypromellose acetate succinate (HPMCAS) powder having an average ratio of L to D of from 2.0 to 3.0, wherein L and D mean maximum and minimum diameters of each particle, respectively; wherein the average L to D ratio of the HPMCAS powder can be determined by a method comprising the steps of: dispersing 1 mg of the HPMCAS powder in a φ90× 15 petri dish, measuring the maximum diameter and the minimum diameter of each particle at 50 x magnification using a digital microscope to obtain an L to D ratio of each particle, wherein the number of the particles measured by one measurement is 30 or more and such a measurement is performed 10 times or more so that an average of 300 or more particles in total is determined to obtain the average L to D ratio of the powder.
A torque-resisting hose mounting for attenuating torque arising when at least first and second flexible, fluid-carrying hoses (11,12) each connected in a fluid-communicating manner with a pipe fitting (16,22) are differentially pressurized, characterized in that the torque-resisting hose mounting comprises: a. a first pipe fitting to which a first flexible, fluid-carrying hose is directly or indirectly connectable; b. a second pipe fitting to which a second flexible, fluid-carrying hose is directly or indirectly connectable; c. a first clamp comprising a first pair of clamp jaws (34, 36) for gripping the first flexible hose or a first hose extension connected thereto; d. a second clamp comprising a second pair of clamp jaws (38, 39) for gripping the second flexible hose or a second hose extension connected thereto; and e. a rigidifying member interconnecting the first and second clamps (31,32), characterised in that each jaw (34, 36, 38, 39) is essentially cuboidal in shape with a substantially rectangular face of the cuboid juxtaposed to a counterpart rectangular face of the other jaw of the respective pair. a. a first pipe fitting to which a first flexible, fluid-carrying hose is directly or indirectly connectable; b. a second pipe fitting to which a second flexible, fluid-carrying hose is directly or indirectly connectable; c. a first clamp comprising a first pair of clamp jaws (34, 36) for gripping the first flexible hose or a first hose extension connected thereto; d. a second clamp comprising a second pair of clamp jaws (38, 39) for gripping the second flexible hose or a second hose extension connected thereto; and e. a rigidifying member interconnecting the first and second clamps (31,32), characterised in that each jaw (34, 36, 38, 39) is essentially cuboidal in shape with a substantially rectangular face of the cuboid juxtaposed to a counterpart rectangular face of the other jaw of the respective pair.
A turbo machine, in particular radial compressor, radial expander, Francis turbine or radial or centrifugal pump, with a housing; an axial diffuser; an impeller for deflecting a fluid between an axial and a radial direction; a spiral or a collecting space; and an axial diffuser insert, which is at least partially received in the housing; characterized in that in the diffuser insert a spiral or collecting space contour is formed, which together with the housing defines the spiral or the collecting space, wherein together with the diffuser insert an inlet insert is also screwed to the housing.
Metallic rolling bearing component (2, 4) having at least one non-sandblasted surface and having at least a partial metal coating, characterized in that the metal coating is applied directly to the non-sandblasted surface by means of a high-pressure cold spraying method, wherein the pressure of the gas jet lies in the range from 50 to 100 bar, and wherein the metal coating has a peel strength value of 50 MPa.