mhurhangee/ep-ind-claims huggingface dataset:
A cleaner holder comprising: a charging stand body configured to support a cleaner with a dust container, and including a first charging port configured to charge a battery mounted in the cleaner based on the charging stand body supporting the cleaner, characterized in that the charging stand body includes: a first surface that extends in a first direction and is provided with the first charging port; a cleaner support that extends in a second direction crossing to the first direction and is configured to support the dust container of the cleaner; and a dust collector provided in the charging stand body and being capable of communicating with the dust container of the cleaner based on the cleaner support supporting the dust container of the cleaner. a charging stand body configured to support a cleaner with a dust container, and including a first charging port configured to charge a battery mounted in the cleaner based on the charging stand body supporting the cleaner, characterized in that the charging stand body includes: a first surface that extends in a first direction and is provided with the first charging port; a cleaner support that extends in a second direction crossing to the first direction and is configured to support the dust container of the cleaner; and a dust collector provided in the charging stand body and being capable of communicating with the dust container of the cleaner based on the cleaner support supporting the dust container of the cleaner. a first surface that extends in a first direction and is provided with the first charging port; a cleaner support that extends in a second direction crossing to the first direction and is configured to support the dust container of the cleaner; and a dust collector provided in the charging stand body and being capable of communicating with the dust container of the cleaner based on the cleaner support supporting the dust container of the cleaner.
Turbine engine turbine sealing module, in particular for aircraft, this sealing module extending about an axis and comprising a distributor fixed to a casing, the distributor having at least one blade connected to an outer platform, the outer platform comprising a spoiler for fixing to the casing, the sealing module further comprising an impeller mounted rotating inside the casing and surrounded by a sealing ring fastened to this casing, this sealing ring being sectored and comprising an annular row of ring sectors arranged such that the circumferential end edges of two adjacent sectors are facing each other, each ring sector comprising a body carrying an abradable coating configured to engage with at least one seal lip carried by the impeller and a hook which extends circumferentially by being located upstream of said abradable coating and which is configured to engage with a fastening rail of the casing, this hook having, in the cross-section, a general C-shape, of which the opening is axially oriented upstream and intended to receive said rail, each ring sector further comprises a deflector which is arranged upstream of said coating and which extends radially inwards and upstream with respect to the axis, such that the radially inward end thereof extends around a downstream end of the outer platform of the distributor, each hook has a circumferential extent identical to that of said deflector, the circumferential ends of said hook being offset in the circumferential direction of the circumferential ends of said deflector, each deflector has a circumferential extent identical to that of said body and of said coating, characterized in that the circumferential ends of said deflector are substantially aligned axially with those of said body and of said coating and in that said body comprises, at the circumferential ends thereof, slots for housing inter-sector sealing strips, and in that said deflector comprises, at the circumferential ends thereof, notches aligned axially with these slots such that the upstream axial ends of at least some of said sealing strips enter into these notches.
A method for dyeing keratinous material, in particular human hair, comprising the following steps: - applying an agent (a) to the keratinous material, wherein agent (a) contains at least one organosilicon compound selected from silanes having one, two or three silicon atoms, wherein the organosilicon compound comprises one or more basic chemical functions and one or more hydroxyl groups or hydrolyzable groups per molecule, - applying an agent (b) to the keratinous material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or direct dyes, - applying an agent (c) to the keratinous material, wherein agent (c) contains at least one silicone oil having a viscosity of 10 to 2000 mm 2 /s, measured according to the ASTM Standard D-445 (25 °C). - applying an agent (a) to the keratinous material, wherein agent (a) contains at least one organosilicon compound selected from silanes having one, two or three silicon atoms, wherein the organosilicon compound comprises one or more basic chemical functions and one or more hydroxyl groups or hydrolyzable groups per molecule, - applying an agent (b) to the keratinous material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or direct dyes, - applying an agent (c) to the keratinous material, wherein agent (c) contains at least one silicone oil having a viscosity of 10 to 2000 mm 2 /s, measured according to the ASTM Standard D-445 (25 °C).
An optical transmission distortion compensation device adapted to compensate a distortion in a receiving device comprising: an I component compensation unit adapted to calculate an I component in which a distortion has been compensated, by forming a first polynomial expressing the distortion of the I component based on an I component and a Q component of a quadrature modulation signal inside the I component compensation unit and multiplying each term of the first polynomial by a first coefficient; a Q component compensation unit adapted to calculate a Q component in which a distortion has been compensated, by forming a second polynomial expressing the distortion of the Q component based on the I component and the Q component of the quadrature modulation signal inside the Q component compensation unit and multiplying each term of the second polynomial by a second coefficient; and a coefficient calculation unit adapted to calculate the first and second coefficients by comparing outputs of the I component compensation unit and the Q component compensation unit and a known signal for each symbol and optimizing the first and second coefficients of each term independently such that errors between the outputs of the I component compensation unit and the Q component compensation unit and the known signal are minimized. an I component compensation unit adapted to calculate an I component in which a distortion has been compensated, by forming a first polynomial expressing the distortion of the I component based on an I component and a Q component of a quadrature modulation signal inside the I component compensation unit and multiplying each term of the first polynomial by a first coefficient; a Q component compensation unit adapted to calculate a Q component in which a distortion has been compensated, by forming a second polynomial expressing the distortion of the Q component based on the I component and the Q component of the quadrature modulation signal inside the Q component compensation unit and multiplying each term of the second polynomial by a second coefficient; and a coefficient calculation unit adapted to calculate the first and second coefficients by comparing outputs of the I component compensation unit and the Q component compensation unit and a known signal for each symbol and optimizing the first and second coefficients of each term independently such that errors between the outputs of the I component compensation unit and the Q component compensation unit and the known signal are minimized.
A sound-damping coupling between building elements that consist of solid wood, a first element of which and a second element of which are components of upper and lower sections of a load-bearing vertical wall while a third element is a component of a horizontally oriented floor structure and which third element is supported resting on the second element while the first element is supported resting on the third element, which coupling comprises screw means that is arranged such that it can, in collaboration with a turning tool, place the second and third elements in contact with each other, characterised that a first member of material that can be deformed in an elastomeric manner located between the second and the third elements and a second member of material that can be deformed in an elastomeric manner located between the screw means and any one of the elements with which this interacts during the mutual contact of the elements, whereby the elements through which the screw means extends are mutually placed in tension in the in-contact condition through interaction between the screw means and the said first and second elastomeric members, that the screw means comprises wooden screws whose extended central part has the form of a pin or cylinder and is inserted into a vertical drilled hole in the third element, the head of which that serves for interaction with a turning tool is turned upwards from the upper surface of the third element, and the tapering end of which that is provided with an external thread is attached to the second element by immediate self-tapping screw-driven interaction, whereby the first element is placed in position resting on the third element and attached to the same in an installation operation that follows the creation of a joint between the second element and the third element, whereby the second elastomeric member comprises a body of elastomeric material having the form of a tube inserted into a space that is limited between the central pin-shaped section of the screw means and a side wall of the vertical hole that is arranged in the third element.
A method of wireless communication at a base station comprising: identifying a transmission opportunity duration for a transmission; determining an allocation of radio resources between downlink, DL, transmissions and uplink, UL, transmissions for the identified transmission opportunity duration; and broadcasting, in an unlicensed radio frequency, RF, spectrum band, a channel reservation transmission indicating the identified transmission opportunity duration and the determined allocation, wherein the channel reservation transmission comprises a channel state information, CSI, request. identifying a transmission opportunity duration for a transmission; determining an allocation of radio resources between downlink, DL, transmissions and uplink, UL, transmissions for the identified transmission opportunity duration; and broadcasting, in an unlicensed radio frequency, RF, spectrum band, a channel reservation transmission indicating the identified transmission opportunity duration and the determined allocation, wherein the channel reservation transmission comprises a channel state information, CSI, request.
A display panel, comprising: a beam splitting member disposed between a light extracting member and a liquid crystal layer, for splitting a light extracted from the light extracting member into linearly polarized lights with polarization directions perpendicular to each other; and a modulating member disposed on a side of the beam splitting member away from the light extracting member for modulating the linearly polarized lights that are incident from the beam splitting member into the liquid crystal layer, characterized in that the modulating member comprises a drive electrode and a pixel electrode, disposed between the beam splitting member and the liquid crystal layer, wherein the pixel electrode is closer to the liquid crystal layer than the drive electrode, and wherein the pixel electrode comprises a first pixel electrode and a second pixel electrode arranged in directions perpendicular to each other, for respectively modulating the linearly polarized lights with polarization directions perpendicular to each other, which are incident into the liquid crystal layer. a beam splitting member disposed between a light extracting member and a liquid crystal layer, for splitting a light extracted from the light extracting member into linearly polarized lights with polarization directions perpendicular to each other; and a modulating member disposed on a side of the beam splitting member away from the light extracting member for modulating the linearly polarized lights that are incident from the beam splitting member into the liquid crystal layer, characterized in that the modulating member comprises a drive electrode and a pixel electrode, disposed between the beam splitting member and the liquid crystal layer, wherein the pixel electrode is closer to the liquid crystal layer than the drive electrode, and wherein the pixel electrode comprises a first pixel electrode and a second pixel electrode arranged in directions perpendicular to each other, for respectively modulating the linearly polarized lights with polarization directions perpendicular to each other, which are incident into the liquid crystal layer.
A rotor assembly for a gas turbine engine, comprising: a rotor disc having an axially extending rotor disc arm; a plurality of rotor blades extending radially outwardly from the rotor disc; and a cover plate disposed at an axial face of the rotor disc and at least partially retained at a rotor disc arm, the rotor disc and cover plate defining a rim cavity, a plurality of airflow openings extending into the cavity to allow a flow of air into the rim cavity to thermally condition the rotor disc and the cover plate at the rim cavity; wherein the plurality of airflow openings extend through the rotor disc arm; and further comprising an outer arm flange disposed at the rotor disc arm to retain the cover plate at the rotor disc arm. a rotor disc having an axially extending rotor disc arm; a plurality of rotor blades extending radially outwardly from the rotor disc; and a cover plate disposed at an axial face of the rotor disc and at least partially retained at a rotor disc arm, the rotor disc and cover plate defining a rim cavity, a plurality of airflow openings extending into the cavity to allow a flow of air into the rim cavity to thermally condition the rotor disc and the cover plate at the rim cavity; wherein the plurality of airflow openings extend through the rotor disc arm; and further comprising an outer arm flange disposed at the rotor disc arm to retain the cover plate at the rotor disc arm.
A computer-implemented method performed in a communication system, the communication system for effecting a voice or video call between at least a source user speaking a source language and a target user speaking a target language, the method comprising: receiving call audio of the call, the call audio comprising speech of the source user in the source language; performing a translation procedure on the call audio to generate an audio translation of the source user's speech in the target language for outputting to the target user; and characterised by signalling a change in the behaviour of the translation procedure, the change relating to the generation of the translation, and thereby causing a notification to be outputted to the target user to notify the target user of the change. receiving call audio of the call, the call audio comprising speech of the source user in the source language; performing a translation procedure on the call audio to generate an audio translation of the source user's speech in the target language for outputting to the target user; and characterised by signalling a change in the behaviour of the translation procedure, the change relating to the generation of the translation, and thereby causing a notification to be outputted to the target user to notify the target user of the change.
Rotary compressor comprising a disc-shaped rotor having a radius R and supporting on the periphery thereof at least one first series of non-planar blades arranged on a side face of the rotor, intended for accelerating the fluid to be compressed between an intake and an outlet, a casing defining on the outside at least one generally toroidal channel that is peripheral to the rotor, and being coaxial, arranged at the radial end of said rotor and housing said blades, a static and annular core being arranged inside of said at least one toroidal channel in such a way as to define with said casing a free cross section A, the compressor comprising a separation part arranged in said at least one peripheral channel, between the intake and the outlet of said fluid, said separation part having a shape making it possible to progressively lower the pressure of said fluid before the intake of the fluid, characterised in that it comprising a second series of blades arranged in the radial extension of said rotor in a given specific channel, and that the dispositions and respective forms of the rotor, of at least one peripheral channel and of said at least one first series of blades a second series of blades are such that the ratio A/R 2 is between 6% and 16%.
A W-containing R-Fe-B-Cu serial sintered magnet, the sintered magnet comprises an R 2 Fe 14 B-type main phase, the R being at least one rare earth element comprising Nd or Pr, characterized in that a crystal grain boundary of the rare earth magnet comprises a W-rich area with W content above 0.004 at% and below 0.26 at%, the W-rich area is distributed with a uniform dispersion in the crystal grain boundary, and accounting for 5.0 vol% to 11.0 vol% of the sintered magnet; wherein in the raw material of the sintered magnet, W content is 0.0005 at% to 0.03 at %, Cu content is 0.05 at% to 1.2 at%; and wherein the O content of the sintered magnet is 0.1 at% to 1.0 at%.
Distribution cabinet for mounting on a wall, comprising at least one mounting device for mounting the distribution cabinet on the wall; wherein the mounting device comprises a main portion having a mounting opening, and a first positioning portion, characterized in that the distribution cabinet has at least one receptacle opening in which the main portion and the first positioning portion are received; wherein the first positioning portion holds the mounting device in the receptacle opening so as to be rotatable about an axis that runs so as to be substantially transverse to a plane of main extent of the receptacle opening, so as to enable the distribution cabinet to be aligned in at least two dimensions on the wall; wherein the mounting opening is configured as a slot.
A method for detecting control signaling, comprising: detecting, by a terminal, control signaling in K enhanced Physical Downlink Control channel, ePDCCH, resource sets in a subframe S, wherein K is an integer greater or equal to 1; wherein the amount of at least one ePDCCH needed to be detected by the terminal in Set i of the K ePDCCH resource sets is X(i), i is an integer, and 0< i <=K, at least one X(i) is determined according to a first parameter, and the first parameter at least comprises a value of K or comprises the value of K and an index i of the K ePDCCH resource sets. detecting, by a terminal, control signaling in K enhanced Physical Downlink Control channel, ePDCCH, resource sets in a subframe S, wherein K is an integer greater or equal to 1; wherein the amount of at least one ePDCCH needed to be detected by the terminal in Set i of the K ePDCCH resource sets is X(i), i is an integer, and 0< i <=K, at least one X(i) is determined according to a first parameter, and the first parameter at least comprises a value of K or comprises the value of K and an index i of the K ePDCCH resource sets.
A communication power with multi-energy-source supply, comprising: an inputting unit, an allocating unit, a power converting unit, an outputting unit, and a monitoring unit, wherein the inputting unit is configured to receive at least two kinds of electrical energy, and provide the at least two kinds of electrical energy to the allocating unit, wherein the allocating unit is configured to allocate at least one kind of electrical energy of the at least two kinds of electrical energy determined by the monitoring unit to the power converting unit according to control of the monitoring unit, wherein the power converting unit is configured to perform power conversion on the at least one kind of electrical energy allocated by the allocating unit, and then provide converted electrical energy to the outputting unit which then supplies power to an external load, wherein the inputting unit is further configured to perform signal conditioning respectively on each kind of electrical energy received according to a voltage-input range of the power converting unit, to conform to the voltage-input range of the power converting unit, wherein the communication power further comprises: a storage battery connected with the outputting unit and configured to perform charging or discharging according to the control of the monitoring unit, wherein the monitoring unit is configured to determine a rated output power required according to a rated current of a load before or during power supply; calculate a charging current of the storage battery according to a charging and discharging management strategy of the storage battery, thereby obtaining an output power required of the communication power according to a load current and the charging current; perform a redundant configuration on power converting sub-modules to simultaneously power the load and charge the storage battery, and to achieve backup among the power converting sub-modules.
A method for rate color marking that assures preferential treatment for higher priority traffic while allowing low priority traffic to utilize any bandwidth not consumed by higher priority traffic, the method in a metering device having colored rows and classified columns of token buckets, wherein each of the classified columns has a priority from zero to n, where n is the highest priority and zero is the lowest priority, wherein each of the colored rows corresponds to a level of service provided to traffic based on its color, and wherein each token bucket is capable of having a maximum number of tokens, wherein for each bucket, the method comprises: adding tokens to the bucket at a rate if the bucket is not full of tokens; and selecting, if the bucket is full of tokens, whether to a) discard tokens at the rate, b) add tokens in another bucket in the same row and a lower priority column, or c) add tokens in a bucket belonging to a row of a lower level of service and the same column. adding tokens to the bucket at a rate if the bucket is not full of tokens; and selecting, if the bucket is full of tokens, whether to a) discard tokens at the rate, b) add tokens in another bucket in the same row and a lower priority column, or c) add tokens in a bucket belonging to a row of a lower level of service and the same column.
A crystal of an oxazole compound represented by formula wherein the crystal has peaks at diffraction angles 2θ(°) of 9.6±0.2, 19.110.2, and 21.210.2 in an X-ray powder diffraction pattern measured using CuKα characteristic X-rays.
Box grater - with a grating body with at least four grating surfaces (2a, 2b, 2c, 2d) aligned substantially orthogonally to each other to grate products to be grated, in particular foodstuffs, such as for example cheese, fruit or vegetables, - with a container for collecting the grated products, - wherein the grating body has a tubular cross-section in which the container can be inserted, characterised in that the container has a removable front wall. - with a grating body with at least four grating surfaces (2a, 2b, 2c, 2d) aligned substantially orthogonally to each other to grate products to be grated, in particular foodstuffs, such as for example cheese, fruit or vegetables, - with a container for collecting the grated products, - wherein the grating body has a tubular cross-section in which the container can be inserted, characterised in that the container has a removable front wall.