mhurhangee/ep-ind-claims huggingface dataset:
Control valve for automatic pneumatic brakes, for generating a brake cylinder pressure in at least one connected brake cylinder in accordance with a pressure differential between a pressure in a connected main brake pipe of a train and a stored reference pressure, comprising at least a main part and a pipe part, the main part comprising the following components: a control piston loaded by the reference pressure on the one hand and by a control pressure and at least one compression spring on the other hand, and a balance piston loaded by the pressure of the brake cylinder against at least one compression spring (19, 20), and wherein the compression spring acting on the balance piston can be preloaded using mechanical change-over means for switching between different brake pressure characteristics, characterised in that the change-over means comprise a selector shaft, which is rotatably mounted in the housing of the main part and changes the preload of the compression spring via at least one adjusting cam. a control piston loaded by the reference pressure on the one hand and by a control pressure and at least one compression spring on the other hand, and a balance piston loaded by the pressure of the brake cylinder against at least one compression spring (19, 20), and wherein the compression spring acting on the balance piston can be preloaded using mechanical change-over means for switching between different brake pressure characteristics, characterised in that the change-over means comprise a selector shaft, which is rotatably mounted in the housing of the main part and changes the preload of the compression spring via at least one adjusting cam.
A method comprising: collecting data, which is based on irradiance incident upon a surface, from a plurality of irradiance sensitive devices in a geographic area subdivided into a gridded pattern comprised of grid cells, each irradiance sensitive device having an irradiance sensitive surface, and each grid cell comprising a group of two or more irradiance sensitive devices whose respective irradiance sensitive surfaces have differing tilt and azimuth angles; calculating on a computer processor irradiance incident upon the plurality of irradiance sensitive surfaces from the collected data; combining values of calculated incident irradiance from the two or more irradiance sensitive devices within the groups; and calculating solar radiation from the combined values of incident irradiance. collecting data, which is based on irradiance incident upon a surface, from a plurality of irradiance sensitive devices in a geographic area subdivided into a gridded pattern comprised of grid cells, each irradiance sensitive device having an irradiance sensitive surface, and each grid cell comprising a group of two or more irradiance sensitive devices whose respective irradiance sensitive surfaces have differing tilt and azimuth angles; calculating on a computer processor irradiance incident upon the plurality of irradiance sensitive surfaces from the collected data; combining values of calculated incident irradiance from the two or more irradiance sensitive devices within the groups; and calculating solar radiation from the combined values of incident irradiance.
A method for packaging gassing cheese comprising using a film which comprises at least one barrier layer comprising a composition comprising: at least one copolymer of vinylidene chloride and of at least one comonomer copolymerizable therewith chosen from the group of butyl acrylates; and from 1 to 20% by weight, relative to the total weight of the composition, of at least one polymeric plasticizer chosen from polyesters derived from the polycondensation reaction of at least one aliphatic polycarboxylic acid and at least one polyhydroxylated aliphatic alcohol.
A wall-mount remote controller comprising: a base fixable to a wall; and a cover releasably attached to the base, having a box shape with an open rear, and covering a front surface of the base, wherein the cover includes a bottom surface having an insertion opening therethrough, the insertion opening allows a pressing member to be inserted therein in detaching the cover from the base, wherein, in a lower front portion of the base, a spring hook is disposed, the spring hook including a support extending frontward from the front surface of the base and a hook section extending downward from an end of the support and then extending rearward, a hook protrusion is disposed on a lower surface of an extending rear portion of the hook section, the hook protrusion is engageable with the insertion opening of the cover, and the hook protrusion is disengageable from the insertion opening by upward bending of the hook section caused by pressing of the hook protrusion by the pressing member inserted through the insertion opening. a base fixable to a wall; and a cover releasably attached to the base, having a box shape with an open rear, and covering a front surface of the base, wherein the cover includes a bottom surface having an insertion opening therethrough, the insertion opening allows a pressing member to be inserted therein in detaching the cover from the base, wherein, in a lower front portion of the base, a spring hook is disposed, the spring hook including a support extending frontward from the front surface of the base and a hook section extending downward from an end of the support and then extending rearward, a hook protrusion is disposed on a lower surface of an extending rear portion of the hook section, the hook protrusion is engageable with the insertion opening of the cover, and the hook protrusion is disengageable from the insertion opening by upward bending of the hook section caused by pressing of the hook protrusion by the pressing member inserted through the insertion opening.
Sub-distributor, in particular a distributor for a plumbing unit for the treatment of an interior of a pipework system, comprising: - an over-pressure chamber having an over-pressure inlet for applying the over-pressure chamber with a first working fluid provided under an over-pressure (P+), as well as - an over-pressure outlet for providing the first working fluid to a first connection (3, 31, 32, 4, 41, 42) of the pipework system, and: - a low-pressure chamber having a low-pressure inlet for applying the low-pressure chamber with a second working fluid provided under a low-pressure (P-), as well as - a low-pressure outlet for providing the second working fluid to a second connection (3, 31, 32, 4, 41, 42) of the pipework system is provided, wherein, a heating element is provided in the over-pressure chamber, in particular an electrical heating element, so that a temperature of the first working fluid provided under an over-pressure (P+) is adjustable to a determinable value, characterized in that the over-pressure outlet and the low-pressure outlet are connected to each other with a common outlet adaptor, and that the over-pressure inlet and / or the low-pressure inlet and / or the over-pressure outlet and / or the low-pressure outlet can be separately closed off by a closing-off means (8300, 8301, 8302), in particular by a mechanical cut-off cock (8300, 8301, 8302), especially by an automatic valve (8300, 8301, 8302), preferably by an electrally operable valve (8300, 8301, 8302). - an over-pressure chamber having an over-pressure inlet for applying the over-pressure chamber with a first working fluid provided under an over-pressure (P+), as well as - an over-pressure outlet for providing the first working fluid to a first connection (3, 31, 32, 4, 41, 42) of the pipework system, and: - a low-pressure chamber having a low-pressure inlet for applying the low-pressure chamber with a second working fluid provided under a low-pressure (P-), as well as - a low-pressure outlet for providing the second working fluid to a second connection (3, 31, 32, 4, 41, 42) of the pipework system is provided, wherein,
A channel bandwidth switching method, wherein the method is characterized by: acquiring, by a first network element, a mean square error MSE, wherein the MSE is used for identifying channel quality of a first space link from a second network element to the first network element; acquiring, according to the MSE and a preset correspondence between an MSE and a target bandwidth of a space link, the target bandwidth of the first space link; acquiring a signal, which is received by the first network element, of the second network element in a case in which the target bandwidth of the first space link is greater than an operating bandwidth of the first network element; acquiring an interfering signal in a case in which the signal has the interfering signal outside the operating bandwidth; determining, according to the interfering signal and a preset error-free threshold represented by a signal to noise ratio, or power, whether the operating bandwidth can be switched to the target bandwidth of the first space link; and if it is determined that the operating bandwidth can be switched to the target bandwidth of the first space link, sending information that carries the target bandwidth of the first space link to the second network element, so that a channel bandwidth of the first space link is switched from the operating bandwidth to the target bandwidth of the first space link. acquiring, by a first network element, a mean square error MSE, wherein the MSE is used for identifying channel quality of a first space link from a second network element to the first network element; acquiring, according to the MSE and a preset correspondence between an MSE and a target bandwidth of a space link, the target bandwidth of the first space link; acquiring a signal, which is received by the first network element, of the second network element in a case in which the target bandwidth of the first space link is greater than an operating bandwidth of the first network element; acquiring an interfering signal in a case in which the signal has the interfering signal outside the operating bandwidth; determining, according to the interfering signal and a preset error-free threshold represented by a signal to noise ratio, or power, whether the operating bandwidth can be switched to the target bandwidth of the first space link; and if it is determined that the operating bandwidth can be switched to the target bandwidth of the first space link, sending information that carries the target bandwidth of the first space link to the second network element, so that a channel bandwidth of the first space link is switched from the operating bandwidth to the target bandwidth of the first space link.
A humidifier chamber for a humidifier for increasing a moisture of a flow of air to be delivered to a patient's airways by a respiratory pressure therapy device, the humidifier chamber comprising: a housing comprising: an air inlet configured to receive the flow of air from the respiratory pressure therapy device; an air outlet configured to deliver the flow of air to a patient interface from the humidifier chamber with added moisture; and a flow path for the flow of air from the air inlet, through the humidifier chamber, and to the air outlet; a humidifier wick frame; a humidifier wick coupled to the humidifier wick frame and positioned within the humidifier chamber, the humidifier wick being configured to retain a volume of water and shaped to substantially enclose at least a portion of the flow path; and a heating element configured to heat the humidifier wick to vaporise the volume of water to add moisture to the flow of air, wherein the humidifier wick comprises a heated region in thermal contact with the heating element and at least one unheated region (5230U, 5230D), the at least one unheated region comprising an upstream unheated region located upstream of the heated region and/or a downstream unheated region located downstream of the heated region; wherein the humidifier wick frame and the humidifier wick are configured to be removably coupled to the humidifier chamber; and wherein the wick frame is configured to assist in removal and/or insertion of the wick. a housing comprising: an air inlet configured to receive the flow of air from the respiratory pressure therapy device; an air outlet configured to deliver the flow of air to a patient interface from the humidifier chamber with added moisture; and a flow path for the flow of air from the air inlet, through the humidifier chamber, and to the air outlet; an air inlet configured to receive the flow of air from the respiratory pressure therapy device; an air outlet configured to deliver the flow of air to a patient interface from the humidifier chamber with added moisture; and a flow path for the flow of air from the air inlet, through the humidifier chamber, and to the air outlet; a humidifier wick frame; a humidifier wick coupled to the humidifier wick frame and positioned within the humidifier chamber, the humidifier wick being configured to retain a volume of water and shaped to substantially enclose at least a portion of the flow path; and a heating element configured to heat the humidifier wick to vaporise the volume of water to add moisture to the flow of air, wherein the humidifier wick comprises a heated region in thermal contact with the heating element and at least one unheated region (5230U, 5230D), the at least one unheated region comprising an upstream unheated region located upstream of the heated region and/or a downstream unheated region located downstream of the heated region; wherein the humidifier wick frame and the humidifier wick are configured to be removably coupled to the humidifier chamber; and wherein the wick frame is configured to assist in removal and/or insertion of the wick.
A method for manufacturing a panel structure by joining a frame to one face of a face plate, characterized in that it comprises: performing a first welding in which a reference position of a first frame in an axial direction is first welded to the one face, performing a second welding in which a not-yet-welded position closest to the reference position in the axial direction is second welded to the one face, and welding discontinuously to the one face from the not-yet-welded position closest to the reference position at portions on both sides in the axial direction on the basis of the reference position. performing a first welding in which a reference position of a first frame in an axial direction is first welded to the one face, performing a second welding in which a not-yet-welded position closest to the reference position in the axial direction is second welded to the one face, and welding discontinuously to the one face from the not-yet-welded position closest to the reference position at portions on both sides in the axial direction on the basis of the reference position.
A magnesium alloy sheet made of a magnesium alloy containing an additive element, the magnesium alloy containing, as the additive element, 3.0% to 11.0% by mass of Al, and optionally an additive element other than Al, the additive element other than Al including at least one element selected from the group consisting of Zn, Mn, Si, Ca, Sr, Y, Cu, Ag, Zr, Ce, Be, and rare-earth elements, the rare earth elements excluding Y and Ce, the total content of additive element other than Al being 0.01% to 10% by mass, the balance being magnesium and unavoidable impurities, wherein the sheet has dispersed therein particles of an intermetallic compound containing the additive element and Mg, the ratio obtained by dividing the diffraction intensity of the main diffraction plane (4,1,1) of the intermetallic compound by the diffraction intensity of the c plane (0,0,2) of the Mg alloy phase in an XRD analysis of the surface of the sheet is 0.040 or more, and particles of the intermetallic compound include spherical particles with an aspect ratio of less than 2 and rod-like particles with an aspect ratio of 2 or more.
A light scanning unit comprising: a light source (110a, 110b, 110c, 110d) operable to emit a light beam according to an image signal; a light deflector operable to deflect and scan the light beam emitted from the light source (110a, 110b, 110c, 110d); and a synchronization detection optical system comprising a synchronization detection sensor (190a, 190b, 190c) configured to adjust a timing of a scanning starting position of the light beam that is deflected and scanned by the light deflector and operable to detect a synchronization signal by receiving a portion of the light beam that is deflected and scanned by the light deflector and a synchronization detection lens (180a, 180b, 180c), characterised in that the synchronization detection lens (180a, 180b, 180c) is disposed along a light path between the light deflector and the synchronization detection sensor (190a, 190b, 190c), wherein the synchronization detection lens (180a, 180b, 180c) is an anamorphic lens in which refractive power in a first direction and refractive power in a second direction different from the first direction are different, and wherein the first direction of the synchronization detection lens (180a, 180b, 180c) is inclined with respect to a main scanning direction in which a light beam incident on the synchronization detection lens (180a, 180b, 180c) is scanned. a light source (110a, 110b, 110c, 110d) operable to emit a light beam according to an image signal; a light deflector operable to deflect and scan the light beam emitted from the light source (110a, 110b, 110c, 110d); and a synchronization detection optical system comprising a synchronization detection sensor (190a, 190b, 190c) configured to adjust a timing of a scanning starting position of the light beam that is deflected and scanned by the light deflector and operable to detect a synchronization signal by receiving a portion of the light beam that is deflected and scanned by the light deflector and a synchronization detection lens (180a, 180b, 180c), characterised in that the synchronization detection lens (180a, 180b, 180c) is disposed along a light path between the light deflector and the synchronization detection sensor (190a, 190b, 190c), wherein the synchronization detection lens (180a, 180b, 180c) is an anamorphic lens in which refractive power in a first direction and refractive power in a second direction different from the first direction are different, and wherein the first direction of the synchronization detection lens (180a, 180b, 180c) is inclined with respect to a main scanning direction in which a light beam incident on the synchronization detection lens (180a, 180b, 180c) is scanned.
Method for locating at least one receiver within a positioning system, the system comprising: - at least two emitters (PL1, PL2) for two-dimensional positioning and at least three emitters (PL1, PL2, PL3) for three-dimensional positioning, each emitter emitting a signal comprising a code-modulated carrier, the position of the emitters within the positioning system being assumed to be known, and - a receiver able to move within the system and configured to detect the signals emitted by the emitters (PL1, PL2), the method being characterized by: - during the movement of the receiver, based on a predefined estimated initial position x 1, y 1, z 1 thereof, carrying out successive measurements of the phase Φ k of the carrier of the signal emitted by each emitter (PLk), for various subsequent positions x j, y j, z j of the receiver, - calculating the variations in the phase dΔφ of the carrier of the signals between each subsequent position x j, y j, z j of the receiver for which the phase Φ k was measured and the estimated initial position x 1, y 1, z 1 of the receiver, for each emitter (PLk), and - using these phase variations dΔφ to calculate a distance variation ΔX based on the predefined estimated initial position x 1, y 1, z 1 of the receiver, the real initial position thereof within the positioning system being determined on the basis at least of this distance variation and the known position of said at least two emitters. - at least two emitters (PL1, PL2) for two-dimensional positioning and at least three emitters (PL1, PL2, PL3) for three-dimensional positioning, each emitter emitting a signal comprising a code-modulated carrier, the position of the emitters within the positioning system being assumed to be known, and - a receiver able to move within the system and configured to detect the signals emitted by the emitters (PL1, PL2), - during the movement of the receiver, based on a predefined estimated initial position x 1, y 1, z 1 thereof, carrying out successive measurements of the phase Φ k of the carrier of the signal emitted by each emitter (PLk), for various subsequent positions x j, y j, z j of the receiver, - calculating the variations in the phase dΔφ of the carrier of the signals between each subsequent position x j, y j, z j of the receiver for which the phase Φ k was measured and the estimated initial position x 1, y 1, z 1 of the receiver, for each emitter (PLk), and - using these phase variations dΔφ to calculate a distance variation ΔX based on the predefined estimated initial position x 1, y 1, z 1 of the receiver, the real initial position thereof within the positioning system being determined on the basis at least of this distance variation and the known position of said at least two emitters.
A sector of an annular sectorized turbine stator made of ceramic matrix composite for a turbine of a turbomachine, said sector of the turbine stator comprising an outer platform and an inner platform coaxial with said outer platform, said outer platform being connected to said inner platform via at least one fixed straightening vane extending in a radial direction, said outer platform comprising attachment means for attaching to a sector of an annular sectorized metallic support, characterised in that the attachment means comprise at least one central rim and two lateral rims located circumferentially on either side of the central rim, the rims (14, 15) extending in an axial direction perpendicular to the radial direction, said central rim being radially offset with respect to said lateral rims along a guiding line coinciding with a face of each of said rims (14, 15) such that the central rim is radially on one side of said guiding line and the lateral rims on the other, said central rim being configured to cooperate with a central hook of said sector of the support so that said central rim and said central hook are bearing radially against one another and are located radially on either side of said guiding line, each lateral rim being configured to cooperate with a lateral hook of said sector of the support so that said lateral rim and said corresponding lateral hook are bearing radially against one another and are located radially on either side of said guiding line.
A topical gel formulation comprising a selectively purified tanshinone compounds containing extract from the root of a Salvia spp characterized in that it has an identified tanshinone compounds content of 42.89% (plus or minus 20%) including: a cryptotanshinone content of 18.95% (plus or minus 20%), a dihydrotanshinone content of 3.65% (plus or minus 20%), a tanshinone I content of 3.82% (plus or minus 20%), and a tanshinone IIA content of 16.47% (plus or minus 20%). a cryptotanshinone content of 18.95% (plus or minus 20%), a dihydrotanshinone content of 3.65% (plus or minus 20%), a tanshinone I content of 3.82% (plus or minus 20%), and a tanshinone IIA content of 16.47% (plus or minus 20%).