mhurhangee/ep-ind-claims huggingface dataset:
An implant comprising a metal body having a ceramic coating, in which the ceramic coating material contains monoclinic and orthorhombic phases of zirconium oxide ZrO 2, and at least one multi-metal phosphate from the group comprising I-IV metal phosphates.
A fluid circulation system for a gas turbine engine, comprising: a main pump configured to provide oil to a journal bearing; an auxiliary system including a pump system configured to provide oil to the journal bearing; a manifold configured to mix the oil from the main pump with oil from the auxiliary system; a journal delivery line configured to deliver the oil from the manifold to the journal bearing; and an auxiliary journal supply line coupled between the auxiliary system and the manifold, characterised in that the fluid circulation system further comprises: a filter disposed on the auxiliary journal supply line between the auxiliary system and the manifold; and an auxiliary oil pressure sensor disposed on the auxiliary journal supply line between the pump system and the manifold. a main pump configured to provide oil to a journal bearing; an auxiliary system including a pump system configured to provide oil to the journal bearing; a manifold configured to mix the oil from the main pump with oil from the auxiliary system; a journal delivery line configured to deliver the oil from the manifold to the journal bearing; and an auxiliary journal supply line coupled between the auxiliary system and the manifold, a filter disposed on the auxiliary journal supply line between the auxiliary system and the manifold; and an auxiliary oil pressure sensor disposed on the auxiliary journal supply line between the pump system and the manifold.
An annular resonator for a vibrating structure angular rate sensor, the annular resonator comprising: a planar annular member that lies in an X-Y plane; and one or more supporting structures arranged to flexibly support the annular member in the X-Y plane; wherein the one or more supporting structures each comprise a radial portion, extending radially from the annular member and having a first thickness in the X-Y plane, and a circumferential portion, extending circumferentially from the radial portion, maintaining a substantially constant distance from the outer diameter of the annular member, and having a second thickness in the X-Y plane, characterised in that the first thickness is greater than the second thickness. a planar annular member that lies in an X-Y plane; and one or more supporting structures arranged to flexibly support the annular member in the X-Y plane; wherein the one or more supporting structures each comprise a radial portion, extending radially from the annular member and having a first thickness in the X-Y plane, and a circumferential portion, extending circumferentially from the radial portion, maintaining a substantially constant distance from the outer diameter of the annular member, and having a second thickness in the X-Y plane, characterised in that the first thickness is greater than the second thickness.
An apparatus used downhole adjacent a surrounding surface, the apparatus comprising: a first element disposed on the apparatus and being compressible longitudinally to expand radially outward and seal against the surrounding surface; a spacer disposed on the apparatus adjacent the first element, the spacer comprising a ring body and a cylindrical lip, the ring body extending radially outward from the apparatus against the first element, the cylindrical lip extending longitudinally adjacent the apparatus from the ring body to a distal end (124, 126) away from the ring body and the first element, the distal end (124, 126) of the cylindrical lip having an increase in thickness extending radially outward from the apparatus; a second element disposed on the apparatus and separated at least partially from the first element by the ring body of the spacer, the second element having a first end at least partially overlapping against the cylindrical lip of the spacer and covering the distal end (124, 126) such that the distal end (124, 126) props up the first end of the second element, the second element being compressible longitudinally to expand radially outward and seal against the surrounding surface; and a ring disposed on the apparatus, the ring at least partially overlapping a second end of the second element and at least partially limiting the radial expansion of the second element. a first element disposed on the apparatus and being compressible longitudinally to expand radially outward and seal against the surrounding surface; a spacer disposed on the apparatus adjacent the first element, the spacer comprising a ring body and a cylindrical lip, the ring body extending radially outward from the apparatus against the first element, the cylindrical lip extending longitudinally adjacent the apparatus from the ring body to a distal end (124, 126) away from the ring body and the first element, the distal end (124, 126) of the cylindrical lip having an increase in thickness extending radially outward from the apparatus; a second element disposed on the apparatus and separated at least partially from the first element by the ring body of the spacer, the second element having a first end at least partially overlapping against the cylindrical lip of the spacer and covering the distal end (124, 126) such that the distal end (124, 126) props up the first end of the second element, the second element being compressible longitudinally to expand radially outward and seal against the surrounding surface; and a ring disposed on the apparatus, the ring at least partially overlapping a second end of the second element and at least partially limiting the radial expansion of the second element.
A system for monitoring a consumable article, the system comprising: a consumable article comprising an embedded transmitter (16, 106) configured to send a signal; and a dispenser configured to receive the consumable article, said dispenser further comprising a receiver configured to receive the signal sent from the transmitter (16, 106), wherein the consumable article is configured to be received into the dispenser, characterised in that the embedded transmitter (16, 106) is frangible. a consumable article comprising an embedded transmitter (16, 106) configured to send a signal; and a dispenser configured to receive the consumable article, said dispenser further comprising a receiver configured to receive the signal sent from the transmitter (16, 106), wherein the consumable article is configured to be received into the dispenser, characterised in that the embedded transmitter (16, 106) is frangible.
A method for producing acrylic acid, the method comprising the steps of: forming polypropiolactone at a first location, comprising contacting beta-propiolactone with a polymerization catalyst comprising an acrylate anion; isolating at least some of the polypropiolactone; and pyrolyzing at least some of the isolated polypropiolactone to liberate acrylic acid at a second location. forming polypropiolactone at a first location, comprising contacting beta-propiolactone with a polymerization catalyst comprising an acrylate anion; isolating at least some of the polypropiolactone; and pyrolyzing at least some of the isolated polypropiolactone to liberate acrylic acid at a second location.
An image processing apparatus comprising: a file acquisition unit configured to acquire a file having a management region where information for management of a 3D object content generated by volumetric capturing is stored and a data region where a track in which a plurality of streams included in the 3D object content are stored is stored, wherein group information for selection, from a plurality of the streams included in the 3D object content, of one or a plurality of tracks for reproduction of the 3D object content is stored in the management region, and wherein the group information includes information indicating a displayable region of the 3D object content; and a file processor configured to select a plurality of the streams to be used for reproduction of the 3D object content on a basis of the group information. a file acquisition unit configured to acquire a file having a management region where information for management of a 3D object content generated by volumetric capturing is stored and a data region where a track in which a plurality of streams included in the 3D object content are stored is stored, wherein group information for selection, from a plurality of the streams included in the 3D object content, of one or a plurality of tracks for reproduction of the 3D object content is stored in the management region, and wherein the group information includes information indicating a displayable region of the 3D object content; and a file processor configured to select a plurality of the streams to be used for reproduction of the 3D object content on a basis of the group information.
A purification dehumidifier, comprising: a housing, defining an air inlet, a dehumidifying air outlet, a purifying air outlet, and an air duct in the housing communicated with the air inlet, the dehumidifying air outlet and the purifying air outlet; a fan, arranged in the air duct to introduce an airflow into the air duct from the air inlet and blow the airflow in the air duct out from the dehumidifying air outlet and the purifying air outlet; a dehumidifying assembly, arranged in the air duct and in communication with the dehumidifying air outlet; a purifying assembly, arranged in the air duct and in communication with the purifying air outlet; characterised in that the purification dehumidifier further comprises an air door assembly arranged in the housing and functionally associated with the dehumidifying air outlet and/or the purifying air outlet, wherein the air door assembly is configured to open or block the dehumidifying air outlet or the purifying air outlet to provide a separate purification mode, a separate dehumidification mode or a simultaneous purification and dehumidification mode; wherein in the simultaneous purification and dehumidification mode, both the purifying air outlet and the dehumidifying air outlet are opened through the air door assembly so that some of the airflow is dehumidified by the dehumidifying assembly and discharged from the dehumidifying air outlet, and the other of the airflow is purified by the purifying assembly and discharged from the purifying air outlet. a housing, defining an air inlet, a dehumidifying air outlet, a purifying air outlet, and an air duct in the housing communicated with the air inlet, the dehumidifying air outlet and the purifying air outlet; a fan, arranged in the air duct to introduce an airflow into the air duct from the air inlet and blow the airflow in the air duct out from the dehumidifying air outlet and the purifying air outlet; a dehumidifying assembly, arranged in the air duct and in communication with the dehumidifying air outlet; a purifying assembly, arranged in the air duct and in communication with the purifying air outlet; characterised in that the purification dehumidifier further comprises an air door assembly arranged in the housing and functionally associated with the dehumidifying air outlet and/or the purifying air outlet, wherein the air door assembly is configured to open or block the dehumidifying air outlet or the purifying air outlet to provide a separate purification mode, a separate dehumidification mode or a simultaneous purification and dehumidification mode; wherein in the simultaneous purification and dehumidification mode, both the purifying air outlet and the dehumidifying air outlet are opened through the air door assembly so that some of the airflow is dehumidified by the dehumidifying assembly and discharged from the dehumidifying air outlet, and the other of the airflow is purified by the purifying assembly and discharged from the purifying air outlet.
A toner comprising a crystalline polyester resin, wherein the crystalline polyester has a Young's modulus as measured by an ultramicro durometer at 25°C of at least 2 GPa and a melting point of at least 60°C and not more than 125°C, wherein the Young's modulus and the melting point are determined according to the description.
Integrated-circuit card comprising a substrate and a circuit integrated in the substrate with the pads of the circuit substantially coplanar with a surface of the substrate, wherein the substrate comprises a first area defining a first sector of the substrate comprising the circuit and able to be separated from the card, said first sector having a form and size equivalent to a 4FF format of integrated-circuit cards and being intended to be separated from the card by means of the formation of a first pre-cut or weakening line delimiting said first sector with 4FF format, the card further comprising at least a second area defining a second sector around said first sector and able to be separated from the card owing to the formation of a second pre-cut or weakening line, said second sector having a form and size equivalent to a 2FF or 3FF format of integrated-circuit cards, a coating on the surface opposite to said surface of the substrate, in the region of at least said second sector, said coating having, along said second sector, a thickness equal to a difference between a predefined thickness of said 2FF or 3FF format and a thickness of said first sector, characterized in that said coating is screen-printed.
Multilayer assembly for producing membranes for electroacoustic transducers, comprising first and second outer layers, first and second damping layers, and a parting layer, wherein the first and second damping layers consist of adhesives, characterized in that the glass transition temperatures T g of the adhesives of the first and second damping layers, as measured by differential scanning calorimetry, differ by at least 10 K.
A method of determining a concentration of a gas in a sample and/or the composition of a gas using a spectrometer, comprising the steps: - transmitting radiation whose wavelength substantially continuously passes through a wavelength range, wherein the continuous passing through of the wavelength range is overlaid by a wavelength modulation, preferably a substantially harmonic wavelength modulation; - measuring an absorption signal from the absorption of the radiation by the gas as a function of the wavelength of the radiation; - converting the absorption signal into a first derivative signal; - deriving at least one first measured gas concentration value from the first derivative signal; - converting the absorption signal into a second derivative signal; - deriving at least one second measured gas concentration value from the second derivative signal; and - determining the concentration and/or the composition of the gas from at least the first measured gas concentration value, characterized in that the wavelength modulation is adapted, preferably continuously, such that in response to a change of at least one state variable of the gas a ratio between the first measured gas concentration value and the second measured gas concentration value is kept substantially constant. - transmitting radiation whose wavelength substantially continuously passes through a wavelength range, wherein the continuous passing through of the wavelength range is overlaid by a wavelength modulation, preferably a substantially harmonic wavelength modulation; - measuring an absorption signal from the absorption of the radiation by the gas as a function of the wavelength of the radiation; - converting the absorption signal into a first derivative signal; - deriving at least one first measured gas concentration value from the first derivative signal; - converting the absorption signal into a second derivative signal; - deriving at least one second measured gas concentration value from the second derivative signal; and - determining the concentration and/or the composition of the gas from at least the first measured gas concentration value,
A sucking disc, comprising a sucking disc body, wherein the sucking disc body has a connecting portion at an outer side and a sucking surface at an inner side, the sucking disc body comprises a soft rubber layer and a hard rubber layer, the soft rubber layer and the hard rubber layer together form the sucking surface of the sucking disc body, and the hardness of the soft rubber layer is lower than the hardness of the hard rubber layer; wherein the soft rubber layer has an annular structure, a surface of the hard rubber layer is provided with a mounting groove for cooperating with the soft rubber layer, and an outer surface of the soft rubber layer is not lower than an outer surface of the hard rubber layer; characterized in that the mounting groove has a multi-stepped surface structure and a mounting portion of the soft rubber layer is also a multi-stepped surface.
A data backup apparatus, comprising a memory and a processor, wherein the memory comprises a volatile memory unit, a nonvolatile memory unit, a microprocessor, and a backup power supply; the volatile memory unit comprises M cache block sets, each cache block set comprises N cache blocks, M≥1, N>1, each cache block has an access sequence identifier, the access sequence identifier is used to indicate a sequence that a cache block is accessed in a cache block set, and cache blocks having a same access sequence in all cache block sets of the M cache block sets have a same access sequence identifier; after the data backup apparatus is powered on at a time point T 0, the processor is configured to: recover data backed up in the nonvolatile memory unit to the volatile memory unit; perform a data operation on the volatile memory unit; when a cache block corresponding to the current data operation is accessed for the first time after power-on, determine that the cache block corresponding to the current data operation is a live cache block, and count live cache blocks corresponding to an initial access sequence identifier of the cache block corresponding to the current data operation at the time point T 0; and when a cache block corresponding to the current data operation is evicted for the first time after power-on, determine that the cache block corresponding to the current data operation is a dead cache block, and count dead cache blocks corresponding to an initial access sequence identifier of the cache block corresponding to the current data operation at the time point T 0; and after the data backup apparatus is powered off at a time point T 1, the microprocessor is configured to: start the backup power supply to power the memory; calculate a cache block state ratio corresponding to each initial access sequence identifier at the time point T 0, according to a quantity of the dead cache blocks corresponding to the initial access sequence at the time point T 0 and a quantity of the live cache blocks corresponding to the initial access sequence at the time point T 0; compare a cache block state ratio corresponding to each initial access sequence identifier at the time point T0 with a preset threshold; predict, according to a comparison result corresponding to each initial access sequence identifier at the time point T 0, whether a cache block in the nonvolatile memory unit is to be in a live state or a dead state at the time point T 1; and back up data of a cache block that is predicted to be in the live state to the nonvolatile memory unit.
A hydro-powered water distribution system which includes: - a collection tank to receive and store a supply of water; - a fluid pressure amplifier having a fluid inlet arranged to receive water from the collection tank, said fluid pressure amplifier containing a resilient obturator member and having a fluid outlet, and said collection tank being located at a higher level than said fluid pressure amplifier; - at least one storage tank (42, 36) to receive water from the fluid pressure amplifier; - a level sensor to provide a hydraulic output signal in response to a fall in water level within the collection tank; and - a hydraulically-operated control valve responsive to the hydraulic output signal from the level sensor to stop water passing through the fluid pressure amplifier when the water level falls in the collection tank. - a collection tank to receive and store a supply of water; - a fluid pressure amplifier having a fluid inlet arranged to receive water from the collection tank, said fluid pressure amplifier containing a resilient obturator member and having a fluid outlet, and said collection tank being located at a higher level than said fluid pressure amplifier; - at least one storage tank (42, 36) to receive water from the fluid pressure amplifier; - a level sensor to provide a hydraulic output signal in response to a fall in water level within the collection tank; and - a hydraulically-operated control valve responsive to the hydraulic output signal from the level sensor to stop water passing through the fluid pressure amplifier when the water level falls in the collection tank.
Gluing device of an end edge of a log comprising in succession an introduction assembly into said gluing device of said logs one after the other, a handling assembly for said log associated to detection means of said end edge and comprising a pair of rolls (31, 32) provided one above the other, said pair of upper and lower rolls (31, 32) being selectively for advancement and holding in rotation said log, a glue dispensing assembly and a transfer assembly of said log comprising a transfer plane, wherein the gluing device has a transverse slot through which the end edge passes, provided immediately downstream the lower handling roll, characterized in that said glue dispensing assembly is placed in series between said lower handling roll and said transfer plane and comprises a transverse tank for the glue, housing cyclically movable glue transfer members, wherein the transverse tank is provided with an upper cover in abutment with a front wall and with a rear wall of said transverse tank, wherein said upper cover is provided with a plurality of openings provided in succession side by side at a set distance along a transverse row, wherein the movable glue transfer members comprise a plurality of tips provided in succession along a transverse row, alternatively projecting through the relevant openings and retracted within the transverse tank because of the cyclical movement.